Michigan
Mechanical Engineer
Metro Contract Number
C10002
Peter Basso Associates Inc.
Prepared By: Tom Lisowski
22656 Fifteen Mile Road
Clinton Township, Michigan 48035
Phone Number: (586) 790-2500
Fax Number: (586) 790-2501
1 of 46
1:
2:
3:
4:
5:
6:
7:
8:
9:
10:
11:
12:
13:
14:
15:
16:
17:
18:
19:
20:
21:
22:
23:
24:
25:
26:
27:
28:
29:
30:
31:
32:
33:
34:
35:
36:
37:
Title Page
Table of Contents
Symbol Legend
Abbreviation/Installation Notes
Cable Specification Chart
Installation Details 1
Installation Details 2
Installation Details 3
Installation Details 4
Installation Details 5
Network Riser
LGR & OAT Controller Wiring
Heat Pump Loop System Schematic
Heat Pump Loop System Controller Wiring
Heat Pump Loop System Sequence
Multi-Zone MZ-1 Control
Multi-Zone MZ-1 Sequence Of Operation
Multi-Zone MZ-1 Zone Control
AHU-1 Control
AHU-1 Sequence Of Operation
AHU-1 Sequence Continued
AHU-2, 3 & 4 Control
AHU-2, 3 & 4 Sequence Of Operation
AHU-5 & Sequence Of Operation
AHU-5 Sequence Continued
AHU-5 VAV Terminal Unit
RTU-1 Control
RTU-1 Sequence of Operation
RTU-1 Sequence of Operation Continued
RTU-2 Control
RTU-2 Sequence of Operation
RTU-2 Sequence of Operation Continued
Supply Fan SF-1 With Reheat Coil
Supply Fan SF-1 Sequence of Operation
VUV-1, 2, 3 & 4 Control
VUV-1, 2, 3 & 4 Sequence Of Operation
VUV-5 Control
38:
39:
40:
41:
42:
43:
44:
45:
46:
VUV-5 Sequence Of Operation
Water Source Heat Pumps
Water Source Heat Pump Sequence
Radiant Ceiling Panel Loop Control
Cabinet Unit Heaters
Exhaust Fans Serving Pre-School Wing
Exhaust Fans Serving Northwest Rooms
Additional Exhaust Fans
Summary Bill of Materials
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
Table of Contents
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
2 of 46
Symbol Notes
LO
1
120 VAC
120 VAC POWER TO PANELS AND CONDUIT BY DIV.
16. POWER SUPPLY DEDICATED PER PANEL.
2
120 VAC
UPS
120 VAC UPS POWER AND CONDUIT TO FIELD
MODULE PANELS (FMPs) BY CONTROLS
INSTALLATION SUBCONTRACTOR. POWER SUPPLY
DEDICATED PER PANEL.
3
120 VAC
UPS
120 VAC UPS POWER AND CONDUIT TO FIELD
MODULE PANELS (FMPs) BY DIV. 16. ONE DEDICATED
UPS CIRCUIT PER FMP. THESE CIRCUITS ARE
INTENDED FOR MISSION CRITICAL OPERATIONS.
DX
HI
DX Cooling Coil
AUTOMATED LOGIC
Parallel Blade
Damper with Actuator
High Static Pressure Switch
Exhaust Fan
Pump
RSBASIC Zone
Temperature Sensor
Manual Valve
MANUAL ON
WARMER
INFO
Electric Heating Coil
...--.-.
-..--|-.:
:::|-||--.
Current
Transducer
COOLER
Water Cooled Chiller
AUTOMATED LOGIC
GAS
RSPRO Zone
Temperature Sensor
Server Tower
2 - Way Valve
with Actuator
T
TERM 485 120 OHM TERMINATING RESISTOR
P
PROT 485 NETWORK BOARD
D
DIAG 485 NETWORK BOARD
F
FIBER 485 FIBER OPTIC CONVERTER
R
REP 485 NETWORK REPEATER
E
ETHERNET CONNECTION JACK
Gas Heating
Liquid Flow Sensor
HW
Work Station
3 - Way Valve
with Actuator
EQUIPMENT CONTROLLED / MONITORED BY ALC
BUILDING AUTOMATION SYSTEM
ALCS CONTROL PANEL (FMP)
Cooling Tower
Outdoor Air Temperature /
Humidity Sensor
Hot Water Heating Coil
CHW
H
Air Flow Sensor
H
Laptop Computer
Averaging Duct
Temperature Sensor
Chilled Water Cooling Coil
T
Printer
Control Transformer
Duct Temperature Sensor
Zone Humidity Sensor
Heat Exchanger
T
Immersion Temperature
Sensor w/ Well
H2
ZONE HYDROGEN SENSOR
DP
DIFFERENTIAL PRESSURE TRANSDUCER
SP
STATIC PRESSURE TRANSDUCER
#
V. ADJ
1
Air Cooled Chiller
Piping Connection
Duct Humidity Sensor
T/H
UNITARY CONTROLLER
CABLE/WIRE TYPE MARKER
(REFER TO THE CABLE SPECIFICATIONS CHART PAGE)
DM-1
Power Supply
Zone Temperature Sensor
COMBINATION ZONE TEMPERATURE/HUMIDITY SENSOR
Electrical Connection
DC ON
Steam Coil
ZONE TEMPERATURE SENSOR
T/H
U
STM
ZONE HUMIDITY SENSOR
FMP # - #
INSTALLATION DETAILS REFERENCE (REFER TO THE
INSTALLATION DETAILS PAGES FOR THE APPROPRIATE DETAIL)
PAGE NOTE REFERENCE (THE NUMBER IN THE
OVAL REFERS TO THE APPROPRIATE NOTE
NUMBER IN THE NOTES TEXT BLOCK)
PANEL NOMENCLATURE (THE FIRST # IS THE LANGATE NUMBER
AND THE SECOND NUMBER IS THE SEQUENTIAL PANEL NUMBER)
Humidifier
Alarm Horn
Combination Zone
Temperature/Humidity Sensor
VAV Box
FreezeStat
Hot Water Boiler
Filter
T
STM
Occupied
Smoke Detector
COOL WARM
PIU
Alarm Light
Logistat Plus Room
Temperature Sensor
Steam Converter
Air Flow Station
75
Elementary School
HI
LO
Differential Pressure Switch
T
1
2
3
4
5
Michigan 48xxx
6
Metro Environmental, Inc.
Network Hub
Fan
OVERRIDE
Duct Smoke
Detector
Symbol Legend
REV: 0
Logistat Pro Room
Temperature Sensor
Opposed Blade
Damper with Actuator
LO
Differential Pressure Sensor
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
Relay
HI
Submittal
CHECKED BY : TS
Fan w/ Inlet Vane Control
3 of 46
Cable Identification/Wire Labels
ARCNET
A/C
ACU
ADA
AFF
AHU
AI
ALM
AMP
AO
AUTO
AUX
AWG
BAI
BAO
BAS
BBI
BBO
BFF
BH
BKUP
BLR
BOM
BTU
C
CAV
CCW
CD
CFM
CHIV
CHLR
CHW
CHWP
CHWR
CHWS
CHWV
CM
COND
CRAC
CRAH
CRU
CS
CT
CTM
CTRL
CTX
CU
CUH
CW
CNDW
CWBV
CWIV
CWP
CWR
CWS
D/C
DA
DAT
DD
DDC
DEV
DID
DH
DI
DMPR
DO
DP
DPDT
DPS
DPST
DPT
DSP
DWG
-
Network Comm 156K
Alternating Current
Air Conditioning Unit
Americans with Disabilities Act
Above Finished Floor
Air Handling Unit
Analog Input
Alarm
Ampere
Analog Output
Automatic
Auxiliary
American Wire Gauge
BACnet Analog Input
BACnet Analog Output
Building Automation System
BACnet Binary Input
BACnet Binary Output
Below Finished Floor
Basin Heater
Backup
Boiler
Bill Of Materials
British Thermal Units
Celsius
Constant Air Volume
Counter Clockwise
Cooling Deck
Cubic Feet Per Minute
Chiller Isolation Valve
Chiller
Chilled Water
Chilled Water Pump
Chilled Water Return
Chilled Water Supply
Chilled Water Valve
Control Module
Condenser
Computer Room Air Conditioner
Computer Room Air Handler
Computer Room Unit
Current Switch
Current Transducer
Current Transmitter
Control
Current Transformer
Condensing Unit
Cabinet Unit Heater
Clockwise
Condenser Water
Condenser Water Bypass Valve
Condenser Water Isolation Valve
Condenser Water Pump
Condenser Water Return
Condenser Water Supply
Direct Current
Discharge Air
Discharge Air Temperature
Double Duct
Direct Digital Controls
Device
Device ID
Duct Heater
Digital Input
Damper
Digital Output
Differential Pressure
Double Pole Double Throw
Differential Pressure Switch
Double Pole Single Throw
Differential Pressure Transducer
Duct Static Pressure
Drawing
DX
E
EA
EAD
ECON
EDH
EF
EPO
EVAP
F
FBO
FCU
FM-200 FMP
FO
FOP
FS
G or GNDGEN
GPM
H
H2
HD
HGB
HOA
HP
HRU
HTX
HU
HW
HWP
HWR
HWS
ID
I/O
IAQ
IP
ISO
L
LL
LS
LVL
mA
MAD
MAT
MAU
MAX
MGR
MIN
MISC
N
NC
NEC
NO
NTS
OA
OAD
OAH
OAT
OAT/H OBD
OD
OPS
PAC
PBD
PCHWP PCWP
PDU
PIU
PMP
PNL
POS
PPM
-
Direct Expansion
Existing
Exhaust Air
Exhaust Air Damper
Economizer
Electric Duct Heater
Exhaust Fan
Emergency Power Off
Evaporator
Fahrenheit
Furnished by Others
Fan Coil Unit
Chemical Fire Suppression
Field Module Panel
Fuel Oil
Fuel Oil Pump
Flow Switch
Ground
Generator
Gallons Per Minute
Hot (AC Voltage)
Hydrogen
Heating Deck
Hot Gas Bypass
Hand/Off/Auto
Heat Pump
Heat Recovery Unit
Heat Exchanger
Humidifier
Hot Water
Hot Water Pump
Hot Water Return
Hot Water Supply
Inside Diameter
Input/Output
Indoor Air Quality
Internet Protocol
Isolation
Line Voltage
Liquid Level
LogiStat
Level
Milliamp
Mixed Air Damper
Mixed Air Temperature
Makeup Air Unit
Maximum
Manager
Minimum
Miscellaneous
Neutral
Normally Closed
National Electric Code
Normally Open
Not To Scale
Outdoor Air
Outdoor Air Damper
Outdoor Air Humidity
Outdoor Air Temperature
Outdoor Air Temperature / Humidity
Opposed Blade Damper
Outside Diameter
Oil Pressure Switch
Packaged Air Conditioning Unit
Parallel Blade Damper
Primary Chilled Water Pump
Primary Condenser Water Pump
Power Distribution Unit
Power Induction Unit
Pump
Panel
Position
Parts Per Million
PS
PSI
PWR
R
RA
RAD
RET
REV
RF
RH
RM
RTU
S
S/S
SA
SAT
SCHWP
SCHWR
SCHWS
SCWP
SD
SF
SP
SPDT
SPST
SSP
ST
STP
STS
SUP
SW
T/S
TB
TD
TEMP
TP
TPI
TWR
TX
UH
UL
UNET
UPS
UST
UV
VA
VAC
VAV
VD
VDC
VESDA
VFD
VLV
VP
VVTU
"WC
W
W/
WB
W/O
WSHP
XFMR
ZD
-
Power Switch
Pounds Per Square Inch
M & S-Line Point Notation
U-Line Point Notation
Power
TAB LABEL TEXT - SPARE
TAB LABEL TEXT - SPARE
Relay
BN-DR-DA-FB-PL
BN-DR-DA-EN-PL
Return Air
Return Air Damper
BN - BACNET NETWORK NUMBER
BN - BACNET NETWORK NUMBER
Return
DR - DEVICE ROUTER NUMBER
DR - DEVICE ROUTER NUMBER
DA - DEVICE ADDRESS
DA - DEVICE ADDRESS
Revision
EN - EXPANDER NUMBER
FB - FUNCTION BLOCK NUMBER
Return Fan
PL - POINT LOCATION
PL - POINT LOCATION
Relative Humidity
Room
Monitoring and control points for remote equipment are identified by the Module Point representation shown above. The
Rooftop Unit
electrical contractor or installer must label both ends of each control or monitoring point cable using the following format : (BNShield
DR-DA-EN-PL) or (BN-DR-DA-FB-PL). Adherence to this identification system is mandatory and must be followed using an
Start / Stop
approved tagging system comparable to the Brady I.D. Pro Plus electronic labeling system or equivalent.
Supply Air
Supply Air Temperature
These tags are intended for the wiring for all Analog Inputs (AI's), Digital Inputs (DI's), Analog Outputs (AO's), and Digital Outputs
Secondary Chilled Water Pump
(DO's) except VAV's and terminal equipment where the wire runs are short and the field termination point is seen, or is easily
Secondary Chilled Water Return
identified. Points using pneumatic tubing follow the same convention.
Secondary Chilled Water Supply
Secondary Condenser Water Pump
All communication cable, terminations "in" an "out" of a field module panel, terminal equipment or VAV's must be labeled with
Smoke Detector
"from (equipment name)" and "to (equipment name)" locations. See Figure 1 below.
Supply Fan
Static Pressure
All ARC156 or UNet communication, serial interface, control, and monitoring wiring must be terminated at the locations
Single Pole Double Throw
designated and must be free of splices.
Single Pole Single Throw
Systems & Service Provider
When stripping multi-conductor cables, use only strippers specifically designed for removal of outer sheath insulation so as not to
Status
damage the shielding or insulation of the conductors. Use Ideal Catalog #45-514 or #45-165 data cable strippers or equivalent.
Setpoint
Static Transfer Switch
When shielded cable is used, do not strip back sheath more than 1" in order to keep twisted pair from separating. Do not ground
Supply
shield to the panel or chassis ground. The shield should only be connected to the 'Optional Shield' connection at a module.
Switch
Ungrounded shields must be cut back and taped to prevent contact with with metal surfaces (heat shrink is preferred). See figure
Twisted Shielded
2 below.
Terminal Block
Time Delay
Multi-conductor cabling other than specified or pre-approved by the electrical contractor is unacceptable.
Temperature
Total Pressure
Electrical installation shall be in accordance with the project specifications, national, state, and local electrical codes along with
Third Party Interface
ALC standards as outlined in this and other documents.
Cooling Tower
Transformer
LogiStat Plus and LogiStat Pro room temperature sensors shall be mounted 48 inches above the finished floor per the Americans
Unit Heater
with Disabilities Act.
Underwriters Laboratories
U-Card Comm Network
All pneumatic tubing that exceeds ten feet in length must be rigid copper or poly tubing installed in conduit. All poly tubing in
Uninterrupted Power Supply
exposed areas must be installed in conduit. Use plenum rated poly tubing for runs made in hung ceilings. Short lengths of less
Underground Storage Tank
than 16 inches are permitted to be exposed for connection to field devices.
Unit Ventilator
Apparent Power (Voltage * Amperage)
All field module panels (FMPs) will have a dedicated 120vac circuit.
AC Voltage
Variable Air Volume
Volume Damper
VAV-3
DC Voltage
1"
FROM VAV-3
Very Early Smoke Detecting Apparatus
Variable Frequency Drive
Valve
Velocity Pressure
VAV-5
Variable Volume Terminal Unit
1/4"
ARC156 or UNet
SHIELD
INNER
OUTER
Inches of Water Column
termination point in FMP
FOIL INSULATION JACKET
Watt
or Terminal Equipment
+
With
FIGURE 2
Wet Bulb
Without
TO VAV-5
Water Source Heat Pump
Transformer
Elementary School
Equipment Name
Zone Damper
Michigan 48xxx
FIGURE 1
Metro Environmental, Inc.
Abbreviation/Installation Notes
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
4 of 46
ALCS STANDARD CABLE SPECIFICATIONS AND ABBREVIATIONS
Abbreviations
Cable Line Types
Part Number
Wire Type
Manufacturer
Typical Application
Circuit Type
Color
1
NOT SPECIFIED
12THHN
12 AWG THHN
NOT SPECIFIED
POWER WIRING
2
NOT SPECIFIED
14THHN
14 AWG THHN
NOT SPECIFIED
POWER WIRING
3
NOT SPECIFIED
16THHN
16 AWG THHN
NOT SPECIFIED
INTERNAL PANEL WIRING
120 VAC POWER
120 VAC NEUTRAL
120 VAC GROUND
24 VAC POWER INTERNAL TO PANEL (T1)
24 VAC NEUTRAL INTERNAL TO PANEL (T2)
24 VAC POWER TO FIELD DEVICES (T3)
24 VAC NEUTRAL TO FIELD DEVICES (T4)
ANALOG INPUTS (AI's)
DIGITAL INPUTS (DI's)
DIGITAL OUTPUTS (DO's)
ANALOG OUTPUTS (AO's)
COMMON FROM POWERED AO's
BLACK
WHITE
GREEN
RED
BLACK
RED
BLACK
YELLOW
ORANGE
VIOLET
TAN
BLACK
4
NOT SPECIFIED
002360
18/2 AWG TWISTED PAIR, PLENUM
RATED, UNSHIELDED
NOT SPECIFIED
LOW VOLTAGE POWER SUPPLY
24 VAC POWER
RED
BLACK
GRAY JACKET
A30008
002360
OR EQUIVALENT
18/2 AWG TWISTED PAIR, PLENUM
RATED, UNSHIELDED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
I/O WIRING
INA
INB
CLASS 2 WIRING ONLY
WHITE
BLACK
6
A30023
002320
OR EQUIVALENT
18/2 AWG TWISTED/SHIELDED PLENUM
RATED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
COMMUNICATION RS-485 2-WIRE, SITELINK,
I/O REQUIRING SHIELD
NET+ OR TX OR +
NET- OR RX OR -
WHITE
BLACK
A30009
002370
OR EQUIVALENT
18/3 AWG TWISTED, PLENUM RATED,
UNSHIELDED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
I/O WIRING
7
CLASS 2 WIRING ONLY
BLACK
WHITE
RED
8
A30010
002380
OR EQUIVALENT
18/4 AWG TWISTED, PLENUM RATED,
UNSHIELDED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
I/O WIRING
A3ARC156
043006
OR EQUIVALENT
22/2 AWG TWISTED/SHIELDED PLENUM
RATED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
ARC156,
UNET COMMUNICATION (NO POWER WIRE)
NET+
NET-
A30004
0043830
OR EQUIVALENT
22/4 AWG TWISTED, UNSHIELDED FOR
LOGISTAT, SHIELDED FOR RS, RS PLUS,
RS PRO, RS PRO F, PLENUM RATED,
STRANDED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
LOGISTAT, RS, RS PLUS, RS PRO, RS PRO F
LOGISTAT
GND
TEMP
SW
LS5V
A30111
60100
OR EQUIVALENT
18/4 AWG TWISTED/SHIELDED, DOUBLE
PAIR, PLENUM RATED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
RS ZONE SENSOR
5
9
10
11
BLACK
WHITE
RED
GREEN
CLASS 2 WIRING ONLY
A30101
004340
OR EQUIVALENT
22/4 AWG TWISTED/SHIELDED, DOUBLE
PAIR, PLENUM RATED
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
RS / Rnet
GRD BLACK
Rnet + WHITE
Rnet - GREEN
+12v RED
EIA-485-4W EIA-232-4W
TX+
TX
TXRX
RX+
RX-
13
A3U-LINE
007960+043006
OR EQUIVALENT
(1) PAIR 14AWG FOR POWER & (1) PAIR
22AWG FOR COMMUNICATIONS
(PLENUM RATED)
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
DTR/RTS
DCD/CTS
UNET (WITH POWER WIRE)
24 VAC
GND
UNET+
UNET-
14
A3ZNB-156
007960+043006
OR EQUIVALENT
(1) PAIR 14AWG FOR POWER & (1) PAIR
22AWG FOR COMMUNICATIONS
(PLENUM RATED)
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
ARC156 (WITH POWER WIRE)
24 VAC
GND
NET+
NET-
15
A50089BLU
555619
OR EQUIVALENT
24/8 AWG CAT 5 ENHANCED, PLENUM
RATED 100MHz
MAGNUM CABLE CORPORATION
PHONE: 800.421.0820
WEB: http://www.magnumcable.com
ETHERNET
BLACK
WHITE
GREEN
RED
WITH WHITE JACKET
PAIR1
RED
BLACK
PAIR 2
WHITE
GREEN
WITH WHITE JACKET
12V
GND
PORTAL 4 WIRE COMMUNICATION
TXTX+
VAC
*Abbreviation is specific for the Logistat device. Do not confuse
with the switch (SW) abbreviation on the Abbreviation/Installation
Notes page.
NETWORK COMMUNICATIONS
Cable Jacket Colors
24vac = Gray
Comm = Green
AI = Yellow
AO = Tan
DI = Orange
DO = Violet
PAIR 1
RED
BLACK
PAIR 2
WHITE
GREEN
WITH WHITE JACKET
PAIR 1 (18 GA)
RED
GREEN
PAIR 2 (22 GA)
WHITE
BLACK
WITH PINK JACKET
PAIR 1 (14 GA)
RED
GREEN
PAIR 2 (22 GA)
WHITE
BLACK
WITH GREEN JACKET
Elementary School
Michigan 48xxx
PR.1 WHITE/BLUE & BLUE
PR.2 WHITE/ORANGE & ORANGE
PR.3 WHITE/GREEN & GREEN
PR.4 WHITE/BROWN & BROWN
WITH BLUE JACKET
Metro Environmental, Inc.
Cable Specification Chart
REV: 0
Notes:
1. If a wire substitution is made consult ALC for approval.
- American Wire Gauge
- Ethernet Cable
- Serial Hardware Handshaking
- Serial Hardware Handshaking
- Communications Protocol
- Communications Protocol
- Ground
- Input/Output
- Input A
- Input B
- +5vdc Logistat
- ARCnet comm. - ARCnet comm. +
- Receive - Receive +
- Fiber Optic Connector
- TLO/Setpoint Adjust
- Temperature
- A thermoplastic-insulated, nylon-jacketed
designed for use in dry locations and an
conductor operating temperature of up to 90
degrees Celsius.
- Transmit - Transmit +
- Voltage Alternating Current
WHITE
BLACK
WITH GREEN JACKET
NET+
NET-
12
AWG
CAT-5
DCD/CTS
DTR/RTS
EIA-232
EIA-485
G or GND
I/O
INA
INB
LS5V
NETNET+
RXRX+
ST
*SW
TEMP
THHN
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
5 of 46
RIB-1
RIB2
RELAY IN A BOX - PILOT SERIES (RIBU24C-FA)
OAT1
RELAY IN A BOX - PILOT SERIES (RIBU1C & RIBU2C)
RELAY IN A BOX
LED STATUS INDICATOR
SCREW HOLES
(2) TYP.
LED STATUS INDICATOR
SCREW HOLES
(2) TYP.
COIL
JUNCTION BOX
MOUNTED FLUSH TO
INSIDE WALL
LOCKNUT
1/2" CONDUIT NIPPLE
BLUE (NC)
YELLOW (C)
ORANGE (NO)
WHITE/YELLOW
WHITE/BLUE
CONDUIT SLEEVE,
FIRE PROOF
PENETRATION
WIRE NUT
LOCKNUT
1/2" CONDUIT NIPPLE
RELAY
BUILDING
OUTSIDE
RELAY IN A BOX
OUTDOOR AIR TEMPERATURE SENSOR
RELAY #1
RELAY COIL DRIVE DATA
COMMON
24VAC/DC
RELAY #2
(IF RIBU2C)
NORTH
BLUE (NC)
YELLOW (C)
ORANGE (NO)
GRAY (NC)
PURPLE (C)
BROWN (NO)
SEAL PENETRATION
WITH FIRE SEAL
IN CONDUIT
RELAY #1
RELAY #2
(IF RIBU2C)
WHITE/YELLOW
WHITE/BLUE
WHITE/BLACK
WHITE/BROWN
RELAY COIL DRIVE DATA
COMMON
10-30 VAC/DC
120 VAC
208-277 VAC
WHITE/PURPLE
GRAY/WHITE
WHITE/RED
WHITE/ORANGE
COMMON
10-30 VAC/DC
120 VAC
208-277 VAC
AI TO MODULE
TERMINAL STRIP
MOUNTING INSTRUCTIONS:
THE RIB PILOT SERIES HAS A 1/2" NPT NIPPLE FROM WHICH ALL WIRES EXIT.
MOUNTING INSTRUCTIONS:
THE RIB PILOT SERIES HAS A 1/2" NPT NIPPLE FROM WHICH ALL WIRES EXIT.
JUNCTION BOX OR EQUIPMENT MOUNTING INSTRUCTIONS
REMOVE A 1/2" CONDUIT KNOCKOUT IN THE EQUIPMENT, INSERT THE WIRES & NIPPLE THROUGH THE HOLE, TIGHTEN THE
LOCKNUT, AND CONNECT THE WIRES.
JUNCTION BOX OR EQUIPMENT MOUNTING INSTRUCTIONS
REMOVE A 1/2" CONDUIT KNOCKOUT IN THE EQUIPMENT, INSERT THE WIRES & NIPPLE THROUGH THE HOLE, TIGHTEN THE
LOCKNUT, AND CONNECT THE WIRES.
SURFACE MOUNTING INSTRUCTIONS
FASTEN THE RELAY TO THE DESIRED LOCATION USING THE (2) SCREW HOLES IN THE HOUSING.
SURFACE MOUNTING INSTRUCTIONS
FASTEN THE RELAY TO THE DESIRED LOCATION USING THE (2) SCREW HOLES IN THE HOUSING.
MOUNTING INSTRUCTIONS
1. A SMALL WEEP HOLE (1/8" OR LESS) MUST BE DRILLED INTO THE BOTTOM (PROBE) SIDE OF THE ENCLOSURE TO ALLOW ANY
CONDENSATION WITHIN THE ENCLOSURE TO ESCAPE. CAUTION MUST BE TAKEN TO AVOID DAMAGING THE LEAD WIRES AND
ANY ELECTRICAL CONNECTIONS WHEN DRILLING THE WEEP HOLE.
2. ATTACH THE MOUNTING TABS TO OPPOSITE CORNERS OF THE BELL BOX WITH SELF TAPPING SCREWS.
3. MOUNT THE OUTSIDE AIR UNIT OUT OF DIRECT SUNLIGHT WITH THE PVC SENSOR COVER POINTING DOWN. MOUNT THE
SENSOR ON THE WALL WITH THE NORTH MOST EXPOSURE.
4. TERMINATE THE UNIT AS SHOWN ABOVE. BE SURE TO INCORPORATE A "J-LOOP" INTO THE TERMINATION. A "J-LOOP" IS
FORMED BY POINTING THE WIRE NUTS OF A TERMINATION UP CREATING A "J" IN THE CABLE IN ORDER TO REDUCE THE
PROBABILITY OF CONDENSATION COLLECTING IN THE WIRE NUT.
5. ATTACH THE COVER. MAKE SURE THE GASKET SEALS ON ALL SIDES. DO NOT OVER TIGHTEN THE COVER. IF
OVER TIGHTENED, THE BELL BOX WILL CUT THE GASKET AND ALLOW MOISTURE TO ENTER THE ENCLOSURE.
6. SEAL ALL CONDUIT HOLES WITH THE PLUGS PROVIDED AND AN APPROPRIATE SILICON SEALANT.
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
RTS2
JCK1
ROOM TEMPERATURE SENSOR - RS SENSORS
MINI-JACK TX-5e MODULAR JACK
JB-1
END DEVICE TERMINATION BOX DETAIL
COLOR CODE
(IF USING A, REFER TO THE COLOR CODE ON ROW 3 & 4)
(IF USING B, REFER TO THE COLOR CODE ON ROW 1 & 2)
TO MODULE
1
B
A
AUTOMATED LOGIC
COLUMN
2 3 4
CONDUIT FOR RELATED
END DEVICE WIRING ONLY
ROW 1
ROW 2
ROW 3
ROW 4
B
MODULAR JACK
(2) CONDUCTOR WIRE (BEHIND WALL)
A
RETENTION SLOT CONTACTS
ROW COLOR CODE DESIGNATION
ROOM TEMP. SENSOR
Gnd
RnetRnet+
+12V
WALL
RED
GREEN
WHITE
BLACK
TO RNET PORT
MOUNTING INSTRUCTIONS
1. PULL THE WIRES THROUGH THE WIRE WAY HOLE IN THE BASE PLATE.
2. FOR JUNCTION BOX INSTALLATION, SECURE THE BASE TO THE BOX USING THE #6-32 X 1/2" MOUNTING SCREWS PROVIDED.
3. FOR DRYWALL INSTALLATION, PRE-DRILL (2) 3/16" HOLES 3.275" APART ON CENTER. INSERT THE DRYWALL ANCHORS AND
SECURE THE BASE USING #6X1" SHEET METAL SCREWS.
4. TERMINATE THE UNIT FOLLOWING THE ABOVE DETAIL.
5. ATTACH THE COVER BY LATCHING IT TO THE TOP OF THE BASE, ROTATING THE COVER DOWN, AND SNAPPING IT INTO
PLACE.
6. SECURE THE COVER BY BACKING OUT THE LOCK DOWN SCREWS USING A 1/16" ALLEN WRENCH UNTIL THEY ARE FLUSH
WITH THE BOTTOM OF THE COVER.
NOTE: IN A WALL MOUNT APPLICATION, THE WALL TEMPERATURE AND THE TEMPERATURE OF THE AIR CONTAINED WITHIN THE
WALL CAVITY CAN CAUSE ERRONEOUS READINGS. MOREOVER, THE MIXING OF ROOM AIR AND AIR FROM WITHIN THE
WALL CAVITY CAN LEAD TO CONDENSATION AND PREMATURE FAILURE OF THE SENSOR. TO PREVENT THESE
CONDITIONS, SEAL THE CONDUIT LEADING TO THE JUNCTION BOX AND SEAL THE HOLE IN THE DRYWALL BY USING AN
ADHESIVE BACKED, FOAM INSULATED PAD. MOUNT IN A LOCATION THAT WILL NOT BE AFFECTED BY DIFFUSER AND
HEAT EQUIPMENT
NOTE: MOUNT THE SENSOR 48" A.F.F. AS PER THE AMERICANS WITH DISABILITIES ACT (ADA) UNLESS OTHERWISE NOTED IN
JOB SPECIFICATION.
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
TERMINATION CAP
CONDUCTOR RETENTION SLOTS
TYP. (8)
END DEVICE
MOUNTING INSTRUCTIONS - MODULAR JACK
1. FOR MAGNUM CABLE CORPORATION P/N A50089BLU (24/8 CAT5e WIRE), USE ROWS 1 & 2 (B). USE SOLID CONDUCTOR CABLE.
2. ROUTE THE CONDUCTORS THROUGH THE SLOT IN THE TERMINATION CAP. DO NOT UNTWIST THE PAIRS PRIOR TO
INSERTING INTO THE TERMINATION CAP. PUSH THE CABLE JACK INTO THE CAP AS FAR AS POSSIBLE.
3. UNTWIST PAIRS, ONE AT A TIME STARTING WITH THE OUTSIDE PAIRS, AND PLACE INTO THE APPROPRIATE RETENTION SLOT
BASED ON THE COLOR CODE. UNTWIST EACH PAIR ONLY AS FAR AS REQUIRED TO PLACE THE CONDUCTORS IN THE SLOTS.
IF USING A, TERMINATE:
IF USING B, TERMINATE:
-GREEN ON BOTTOM SLOT OF COLUMN 1
-ORANGE ON BOTTOM SLOT OF COLUMN 1
-GREEN / WHITE ON TOP SLOT OF COLUMN 1
-ORANGE / WHITE ON TOP SLOT OF COLUMN 1
-BLUE / WHITE ON BOTTOM SLOT OF COLUMN 2
-BLUE / WHITE ON BOTTOM SLOT OF COLUMN 2
-ORANGE / WHITE ON TOP SLOT OF COLUMN 2
-GREEN / WHITE ON TOP SLOT OF COLUMN 2
-BLUE ON BOTTOM SLOT OF COLUMN 3
-BLUE ON BOTTOM SLOT OF COLUMN 3
-ORANGE ON TOP SLOT OF COLUMN 3
-GREEN ON TOP SLOT OF COLUMN 3
-BROWN / WHITE ON BOTTOM SLOT OF COLUMN 4
-BROWN / WHITE ON BOTTOM SLOT OF COLUMN 4
-BROWN ON TOP SLOT OF COLUMN 4
-BROWN ON TOP SLOT OF COLUMN 4
NOTE: ROWS 1&3 CORRESPOND TO THE BOTTOM ROW OF RETENTION SLOT CONTACTS WHILE ROWS 2&4 CORRESPOND TO
THE TOP ROW.
4. TRIM THE CONDUCTORS FLUSH WITH THE CAP USING THE WIRE SNIPPING TOOL. ENSURE ALL CONDUCTORS ARE SEATED.
5. SLIDE THE TERMINATION CAP ONTO HOUSING AND PUSH FORWARD. COMPLETE THE TERMINATION WITH A PAIR OF SMOOTH
JAW SLIP LOCK PLIERS.
END DEVICE
END DEVICE
END DEVICE
END DEVICE
END DEVICE
JUNCTION BOX JUNCTION BOX
ACCEPTABLE INSTALLATION PRACTICE.
UNACCEPTABLE INSTALLATION PRACTICE.
NOTE: DO NOT USE AN END DEVICE ENCLOSURE AS A RACEWAY FOR OTHER WIRING.
6 of 46
DTS1
DAS1
DUCT TEMPERATURE SENSOR
TO MODULE
TERMINAL STRIP
SSP1
DUCT AVERAGING SENSOR
DUCT MOUNTED SUPPLY AIR STATIC PRESSURE TRANSMITTER
TO MODULE
TERMINAL STRIP
AI TO MODULE
TERMINAL STRIP
(2) CONDUCTOR WIRE
IN CONDUIT
(2) CONDUCTOR WIRE
IN CONDUIT
(2) CONDUCTOR WIRE
IN CONDUIT
DUCT
COPPER RADIUS
MOUNTING CLIPS
PROVIDED WITH SENSOR
DUCT AVERAGING
TEMPERATURE SENSOR
ENCLOSURE
DUCT
DUCT TEMPERATURE
SENSOR ENCLOSURE
DUCT
DP TRANSMITTER
WIRE NUT
WIRE NUT
1 in
2.5 in
5 in
10 in
AI TO MODULE
TERMINAL STRIP
- A
+ B
-
AI TO MODULE
TERMINAL STRIP
+
ZERO
4-20mA
TO MODULE
TERMINAL STRIP
5V 10V
mA
Volts
BI/UN
MOUNTING INSTRUCTIONS
1. DRILL A 3/8" HOLE IN THE DUCT WALL FOR THE PROBE.
2. SECURE THE MOUNTING FLANGE TO THE DUCT USING SELF-TAPPING SHEET METAL SCREWS (NOT PROVIDED).
3. TERMINATE THE UNIT AS SHOWN ABOVE.
4. BE SURE TO USE SEALANT FILLED CONNECTIONS AND INCORPORATE A "J-LOOP" INTO THE TERMINATION. A "J-LOOP" IS
FORMED BY POINTING THE WIRE NUTS OF A TERMINATION UP CREATING A "J" IN THE CABLE IN ORDER TO REDUCE THE
PROBABILITY OF CONDENSATION COLLECTING IN THE WIRE NUT.
5. SEAL ALL CONDUIT HOLES WITH THE PLUGS PROVIDED AND APPROPRIATE SILICON SEALANT
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
VAV1
MOUNTING INSTRUCTIONS
1. SECURE THE MOUNTING FLANGE TO THE DUCT USING SELF-TAPPING SHEET METAL SCREWS.
2. INCORPORATE A "J-LOOP" INTO THE TERMINATION. A "J-LOOP" IS FORMED BY POINTING THE WIRE NUTS OF A TERMINATION
UP CREATING A "J" IN THE CABLE IN ORDER TO REDUCE THE PROBABILITY OF CONDENSATION COLLECTING IN THE WIRE
NUT.
3. EVENLY SPACE THE AVERAGING ELEMENT ACROSS THE AIR FLOW.
4. SECURE THE AVERAGING ELEMENT USING RADIUS MOUNTING CLIPS.
NOTE: WHEN FORMING THE AVERAGING ELEMENT TO THE DESIRED SHAPE, BE SURE THE BEND DIAMETER IS GREATER THAN
6". DO NOT USE SENSOR BOX AS A JUNCTION BOX FOR OTHER WIRING.
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
CTS1
ZN141v+ & ZN341v+ TERMINAL CONTROL MODULE
HI
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT
TO END DEVICE FROM JUNCTION BOX. FLEXIBLE CONDUIT SHOULD NOT EXCEED 18".
LLS1
CURRENT SWITCH SINGLE PHASE MOTOR
LOW TEMPERATURE LIMIT SWITCH
TO MODULE
TERMINAL STRIP
FLOW CROSS
¼" POLYETHYLENE
OR VINYL TUBING
MOUNTING INSTRUCTIONS
1. DRILL A 3/8" HOLE IN THE DUCT WALL FOR THE STATIC PRESSURE PROBE.
2. SECURE THE DEVICE TO THE DUCT USING SELF-TAPPING SHEET METAL SCREWS.
3. INSTALL STATIC PRESSURE PROBE HORIZONTALLY SO THE ENCLOSURE IS IN A VERTICAL PLANE AND THE NAMEPLATE AND
LETTERING IS IN AN UPRIGHT POSITION.
4. CONNECT TRANSMITTER TO CONTROL SYSTEM.
5. CONFIGURE ALL JUMPERS AND SWITCHES TO APPROPRIATE POSITIONS.
LO
DAMPER SHAFT
DI TO MODULE
TERMINAL STRIP
High
(with filter)
Flow
CAUTION:
To Reduce the Risk of Fire
or Electric Shock, Do Not
Interconnect the Outputs of
Different Class 2 Circuits.
L
Low
Rnet
LogiStat
CAUTION:
This product was designed
to be mounted inside the
building envelope. Warranty
voided if mounted outside.
U.S. Patent No. 6,715,690 B2
IN-2
0-5Vdc
Therm/dry
IN-1
0-5Vdc
Therm/dry
INPUT JUMPERS
POWER
SOURCE
(2) CONDUCTOR WIRE
IN CONDUIT
N
Format
Short pins
LStat =
or IN-3 =
Damper release button inside
ADDRESS
NO
ARC156
MSTP
2 3
8 7
2 3
8 7
4
5
6
4
5
6
23
901
1
0
9
90 1
1
0
9
1's
23
MOUNTING BRACKET
456
10's
+ -
456
Batt
CR2032
MSTP Baud
9600 19.2k 38.4k 76.8k
78
ZN341v+
78
Made in USA
Run
3
2
4
2
Net -
Net +
BT485
Gnd
+12V
Rnet -
Shield
CMnet
1
O
3
N
Power
Ground
Tx
24V ac
Rx
Rnet
Motor
1
Class 2
24Vac, 50-60 Hz
14VA, 0.58A
26Vdc, 0.1A, 3W
Use Copper
Conductors Only
CW CCW
Rnet +
IN-3
IN-4
Gnd
Gnd
LogiStat/IN3 & 4
ZASF
Inputs 3 & 4
Therm, dry
LStat/ZASF
Port
LED
IN-2
Inputs
Gnd
Gnd
DO-2
DO-1
Inputs 1 & 2
0-5V, therm, dry
IN-1
AO: 0-10 Vdc
5mA Max
Analog
Output
DO-3
BUS
Outputs
24V Max,
1A Max
Error
4
Power
BACnet ®
AO-1
Power for D.O.s
On
Sense
+12V
RnetRnet+
Gnd
Local
Access
CURRENT SWITCH
VAV BOX
MOUNTING INSTRUCTIONS - ZN141v+ & ZN341v+
1. PLACE THE MODULE HORIZONTALLY ON THE VAV BOX BY FEEDING THE DAMPER SHAFT THROUGH THE SHAFT SLOT.
CAUTION: DO NOT POSITION THE MODULE SO THE SHAFT SLOT IS IN THE UPPER RIGHT OF THE MODULE. THIS POSITION MAY
CAUSE CONDENSATION FROM THE VAV SHAFT TO DRIP ON THE ELECTRONIC COMPONENTS OF THE ZN-LINE CONTROLLER.
2. INSERT A MOUNTING SCREW INTO THE STABILIZING SLOT AND TIGHTEN IT TO SECURE THE MODULE.
3. LIGHTLY PULL OUT 2 PLASTIC TABS ON RIGHT SIDE OF CONTROLLER TO REMOVE TETHERED PLASTIC COVER.
4. ROTATE THE DAMPER SHAFT TO THE FULL CLOSED POSITION.
5. LOCATE THE DAMPER CLUTCH BUTTON ON THE CONTROLLER, PUSH AND ROTATE THE DRIVE IN THE SAME FULL DIRECTION
AS THAT TO CLOSE THE DAMPER.
6. TIGHTEN THE (2) NUTS ON THE CLAMP USING A 10MM WRENCH OR SOCKET USING 6-8 FT LB OF TORQUE.
7. PUSH THE DAMPER CLUTCH BUTTON AGAIN AND ROTATE THE DAMPER TO THE FULL OPEN POSITION.
8. RE-ATTACH THE TETHERED PLASTIC COVER BY “HOOKING” ON LEFT SIDE AND SNAPPING ON RIGHT SIDE.
TUBING INSTALLATION INSTRUCTIONS TO STANDARD FLOW CROSS
USE ¼" POLYETHYLENE OR VINYL TUBING. LEAVE SLACK IN THE TUBING.
1. CONNECT THE HI PRESSURE PORT TO THE HIGH OR VELOCITY PRESSURE PORT ON THE FLOW CROSS.
2. CONNECT THE LO PRESSURE PORT TO THE LOW OR STATIC PRESSURE PORT ON THE FLOW CROSS.
STANDARD WIRING & CONFIGURATION INSTRUCTIONS
1. TIE THE COMMUNICATION WIRING SHIELD TOGETHER AND ISOLATE WITH TAPE OR HEAT SHRINK.
2. MAINTAIN POLARITY WHEN MULTIPLE DEVICES ARE CONNECTED TO A COMMON POWER SUPPLY.
3. SET THE DEVICE ADDRESS WITH THE ROTARY SWITCHES.
4. POSITION JUMPERS ON THE INPUT POINTS TO CONFIGURE THE SIGNAL TYPE.
NOTE: MODULES SHOULD BE MOUNTED INDOORS IN A DRY, CLEAN ENVIRONMENT FREE OF CORROSIVE FUMES. A PROTECTIVE
ENCLOSURE MUST BE USED WHEN MOUNTED OUTDOORS. THE MODULES ARE CLASS 2 DEVICES (>30VAC). TAKE
APPROPRIATE ISOLATION MEASURES WHEN MOUNTING IN A CONTROL PANEL WHERE CLASS 1 WIRING OR DEVICES ARE
PRESENT.
FAN
LOCAL DISCONNECT
CONDUCTOR
Or Pump
MOUNTING INSTRUCTIONS
1. ENSURE POWER CONDUCTOR TO BE MONITORED IS DISCONNECTED AND LOCKED OUT FROM THE POWER SOURCE.
2. INSTALL THE ADJUSTABLE MOUNTING BRACKET TO THE BACK OF THE MOTOR CONTROL CENTER/STARTER. THE SENSOR
MAY BE LOCATED AT ANY POINT ON THE CONDUCTOR BETWEEN THE MOTOR AND THE MOTOR STARTER.
3. ALIGN TO PERMIT THE CONDUCTOR TO FIT THROUGH THE HOLE. SLIDE THE CONDUCTOR THROUGH THE CENTER HOLE IN
THE SENSOR AND CONNECT THE CONDUCTOR TO THE LUGS ON THE MOTOR STARTER.
NOTE: LOW AMPERAGE (<1.5A) AND HIGH AMPERAGE (>200A) APPLICATIONS MAY REQUIRE SPECIAL INSTALLATION:
A. LOW AMPERAGE - TO PROVIDE ADEQUATE CURRENT, WRAP CONDUCTOR THROUGH THE CENTER HOLE AND AROUND
THE SENSOR BODY TO PRODUCE MULTIPLE TURNS AND INCREASE CURRENT FLOW. EACH PASS THROUGH THE
TRANSDUCER INCREASES THE AMPERAGE BY THE ORIGINAL VALUE.
B. HIGH AMPERAGE - CURRENT FLOWS IN EXCESS OF 200A REQUIRE THE USE OF AN APPROPRIATELY SIZED EXTERNAL
CURRENT TRANSFORMER (CT). INSTALL THE EXTERNAL CT ON THE CONDUCTOR AND RUN THE CT SECONDARY WIRE
THROUGH CURRENT SENSOR.
CAUTION: CT's CAN CONTAIN HAZARDOUS VOLTAGES. INSTALL CT's IN ACCORDANCE TO MANUFACTURERS'
SPECIFICATIONS AND INSTRUCTIONS.
4. WIRE AS SHOWN ABOVE.
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
COPPER RADIUS
MOUNTING CLIPS
PROVIDED WITH DEVICE
DUCT
LOW LIMIT TEMPERATURE
SWITCH ENCLOSURE
TO SAFETY CIRCUIT OF
CONTROLLED EQUIPMENT
N.C. N.O.
DI TO MODULE
TERMINAL STRIP
MOUNTING INSTRUCTIONS
1. LOW LIMIT MUST BE MOUNTED IN A VERTICAL POSITION. FOR THE LOW LIMIT SWITCH AND CAPILLARY TUBES, AVOID
LOCATIONS SUBJECT TO EXCESSIVE VIBRATION.
2. ON MANUAL RESET MODELS, POSITION THE CONTROL TO PERMIT CONVENIENT ACCESS TO THE RESET BUTTON.
3. USE THE MOUNTING HOLES IN THE REAR OF THE CASE FOR FLUSH MOUNTING TO THE DUCT OR FLAT SURFACE.
4. DRILL A 3/8" HOLE IN THE DUCT WALL FOR THE CAPILLARY ELEMENT.
5. SECURE THE MOUNTING FLANGE TO THE DUCT USING SELF-TAPPING SHEET METAL SCREWS.
6. INSTALL CAPILLARY ELEMENT IN A HORIZONTAL SERPENTINE PATTERN ACROSS THE DUCT AS SHOWN ON THE ABOVE
DETAIL
SO IT IS EXPOSED TO AREAS TO PROTECT THE COIL. DO NOT KINK OR APPLY EXCESSIVE FORCE TO THE CAPILLARY
ELEMENT.
7. INSTALL RADIUS MOUNTING CLIPS AT EVERY BEND.
8. THE LOW TEMPERATURE LIMIT SWITCH MUST BE MOUNTED IN A MANNER WHICH PROVIDES PROTECTION TO THE ENTIRE
SURFACE OF COIL WITH A MAXIMUM OF 1.5' BETWEEN CAPILLARY PASSES. USE MULTIPLE DEVICES IF COIL IS NOT
SUFFICIENTLY COVERED.
9. THE CONTROL ENCLOSURE SHALL BE COMPLETELY MOUNTED ON THE EXTERIOR OF THE AIR HANDLING UNIT AND THE
CONTROL ENCLOSURE SHALL NOT BE MOUNTED LOWER THAN THE CAPILLARY TUBING.
NOTE: DO NOT USE SENSOR BOX AS A JUNCTION BOX FOR OTHER WIRING.
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM
JUNCTION BOX. FLEXIBLE CONDUIT SHOULD NOT EXCEED 18".
7 of 46
DM-1
AF SERIES
IF MORE TORQUE IS NEEDED, A
SECOND ACTUATOR MAY BE MOUNTED
TO THE SHAFT USING THE ZG-102
MULTIPLE MOUNTING BRACKET
DAMPER MOTOR - BELIMO AF SERIES ACTUATORS
JUNCTION BOX &
FLEXIBLE CONDUIT
PROVIDED BY
INSTALLER
2
1
3
5
1
2
S1
S2
S3
S4
S5
S6
ZG-102 MOUNTING
APPROPRIATE
BRACKET
WIRING TO MODULE
ACTUATOR
TERMINAL STRIP
MULTIPLE ACTUATOR MOUNTING
DAMPER MOTOR - BELIMO LF & NF SERIES ACTUATORS
ACTUATOR
RETAINING CLIP
UNIVERSAL CLAMP
ANTI-ROTATION STRAP
APPROPRIATE
WIRING TO MODULE
TERMINAL STRIP
POWER AND SIGNAL WIRING IN
FLEXIBLE CONDUIT.
NOTE: IF THE ACTUATOR IS
EQUIPPED WITH END SWITCHES
OR POSITION INDICATION A
SECOND WHIP IS REQUIRED
DM-2
MODULATING MOTOR
2 + HOT
1 COMMON
3 Y1 INPUT,0-10V
5 U OUTPUT 2-10V
TWO POS. MOTOR
2 + HOT (SWITCHED)
1 COMMON
S1 COMMON FOR 5 END SWITCH
S2 NC, S3 NO.
S4 COMMON FOR 25-85 END SWITCH
S5 NC, S6 NO.
NF SERIES ONLY
IF MORE TORQUE IS NEEDED, A
SECOND ACTUATOR MAY BE MOUNTED
TO THE SHAFT USING THE ZG-102
MULTIPLE MOUNTING BRACKET
JUNCTION BOX &
FLEXIBLE CONDUIT
PROVIDED BY
INSTALLER
ACTUATOR
RETAINING CLIP
UNIVERSAL CLAMP
ANTI-ROTATION STRAP
APPROPRIATE
WIRING TO MODULE
TERMINAL STRIP
POWER AND
SIGNAL WIRING IN
FLEXIBLE CONDUIT
NOTE: IF THE ACTUATOR IS
EQUIPPED WITH END
SWITCHES OR POSITION
INDICATION A SECOND
WHIP IS REQUIRED
ACTUATOR
ZG-102 MOUNTING BRACKET
APPROPRIATE
WIRING TO MODULE
TERMINAL STRIP
2
1
3
5
1
2
S1
S2
S3
MODULATING MOTOR
2 + HOT
1 COMMON
3 Y1 INPUT,0-10V
5 U OUTPUT 2-10V
TWO POS. MOTOR
2 + HOT (SWITCHED)
1 COMMON
S1 COMMON FOR 5 - 85
S2 NC, S3 NO.
END SWITCH
MULTIPLE ACTUATOR MOUNTING
STANDARD MOUNTING INSTRUCTIONS - BELIMO AF SERIES ACTUATORS
1. MANUALLY MOVE THE DAMPER TO THE FAIL-SAFE POSITION. IF THE SHAFT ROTATED CCW, THIS IS A CCW INSTALLATION ("CCW" FACES OUT). IF THE SHAFT ROTATED
CW, THIS IS A CW INSTALLATION ("CW" FACES OUT).
2. TO TEST FOR ADEQUATE SHAFT LENGTH, SLIDE THE ACTUATOR OVER THE SHAFT WITH THE SIDE WITH THE CLAMP FACING OUT. IF THE SHAFT DOES NOT EXTEND AT LEAST 1/8" THROUGH
THE CLAMP, SEE THE SHORT SHAFT MOUNTING INSTRUCTIONS.
3. IF THE CLAMP IS NOT ON THE CORRECT SIDE AS DETERMINED IN STEP 1, RE-MOUNT THE CLAMP AS FOLLOWS. IF IT IS ON THE CORRECT SIDE, PROCEED TO STEP 5. LOOK AT THE
UNIVERSAL CLAMP. IF YOU ARE MOUNTING THE ACTUATOR WITH THE "CCW" SIDE OUT, POSITION THE CLAMP SO THAT THE POINTER SECTION OF THE TAB IS POINTING TO 0 AND THE
SPLINE PATTERN OF THE CLAMP MATES WITH THE SPLINE OF THE ACTUATOR. SLIP THE CLAMP OVER THE SPLINE.
4. LOCK THE CLAMP TO THE ACTUATOR USING THE RETAINING CLIP.
5. VERIFY THE DAMPER IS STILL IN ITS FAIL-SAFE POSITION.
6. SLIDE THE ACTUATOR OVER THE SHAFT.
7. POSITION THE ACTUATOR IN THE DESIRED LOCATION.
8. REMOVE THE SCREW FROM ONE END OF THE MOUNTING BRACKET AND PIVOT IT AWAY FROM THE ACTUATOR.
9. LOOSEN THE UNIVERSAL CLAMP AND, MAKING SURE NOT TO MOVE THE DAMPER SHAFT, ROTATE THE ACTUATOR APPROXIMATELY 5 IN THE DIRECTION WHICH WOULD OPEN THE
DAMPER.
10. TIGHTEN THE (2) NUTS ON THE CLAMP USING A 10mm WRENCH OR SOCKET USING 6-8ft-lb OF TORQUE.
11. SLIP THE STUD OF THE ANTI-ROTATION STRAP INTO THE SLOT AT THE BASE OF THE ACTUATOR. THE STUD SHOULD BE POSITIONED 1/16" FROM THE CLOSED END OF THE SLOT. BEND
THE STRAP AS NEEDED TO REACH THE DUCT. ATTACH THE STRAP TO THE DUCT WITH #8 SELF TAPPING SCREWS.
STANDARD MOUNTING INSTRUCTIONS - BELIMO LF & NF SERIES ACTUATORS
1. MANUALLY MOVE THE DAMPER TO THE FAIL-SAFE POSITION. IF THE SHAFT ROTATED CCW, THIS IS A CCW INSTALLATION ("CCW" FACES OUT). IF THE SHAFT ROTATED
CW, THIS IS A CW INSTALLATION ("CW" FACES OUT).
2. TO TEST FOR ADEQUATE SHAFT LENGTH, SLIDE THE ACTUATOR OVER THE SHAFT WITH THE SIDE WITH THE CLAMP. IF THE SHAFT DOES NOT EXTEND AT LEAST 1/8" THROUGH THE
CLAMP, SEE THE SHORT SHAFT MOUNTING INSTRUCTIONS.
3. IF THE CLAMP IS NOT ON THE CORRECT SIDE AS DETERMINED IN STEP 1, RE-MOUNT THE CLAMP AS FOLLOWS. IF IT IS ON THE CORRECT SIDE, PROCEED TO STEP 5. LOOK AT THE
UNIVERSAL CLAMP. IF YOU ARE MOUNTING THE ACTUATOR WITH THE "CCW" SIDE OUT, POSITION THE CLAMP SO THAT THE POINTER SECTION OF THE TAB IS POINTING TO 0 AND THE
SPLINE PATTERN OF THE CLAMP MATES WITH THE SPLINE OF THE ACTUATOR. SLIP THE CLAMP OVER THE SPLINE.
4. LOCK THE CLAMP TO THE ACTUATOR USING THE RETAINING CLIP.
5. VERIFY THE DAMPER IS STILL IN ITS FULL FAIL-SAFE POSITION.
6. MOUNT THE SPRING RETURN ACTUATOR TO THE SHAFT. TIGHTEN THE UNIVERSAL CLAMP, FINGER TIGHT ONLY.
7. MOUNT THE ANTI-ROTATION STRAP AT THE BASE OF THE ACTUATOR. SLIP THE STOP OF THE ANTI-ROTATION STRAP IN THE SLOT OF THE BASE OF THE ACTUATOR. THE STUD SHOULD BE
CENTERED APPROXIMATELY 1/4" FROM THE END OF THE SLOT. DO NOT TIGHTEN THE SCREWS.
8. REMOVE THE SCREW FROM ONE END OF THE MOUNTING BRACKET AND PIVOT IT AWAY FROM THE ACTUATOR.
9. LOOSEN THE UNIVERSAL CLAMP AND, MAKING SURE NOT TO MOVE THE DAMPER SHAFT, ROTATE THE ACTUATOR APPROXIMATELY 5 IN THE DIRECTION WHICH WOULD OPEN THE
DAMPER.
10. TIGHTEN THE UNIVERSAL CLAMP TO THE SHAFT USING A 10mm WRENCH OR SOCKET USING 6-8 ft-lb OF TORQUE.
11. ROTATE THE ACTUATOR TO APPLY PRESSURE TO THE DAMPER SEALS AND RE-ENGAGE THE ANTI-ROTATION STRAP.
12 TIGHTEN ALL FASTENERS.
SHORT SHAFT MOUNTING INSTRUCTIONS - BELIMO AF SERIES ACTUATORS
1. DETERMINE THE BEST ORIENTATION FOR THE UNIVERSAL CLAMP ON THE BACK OF THE ACTUATOR (WHERE YOU HAVE THE EASIEST ACCESS TO THE V-BOLT NUTS ON THE CLAMP).
2. ENGAGE THE CLAMP TO THE ACTUATOR AS CLOSE AS POSSIBLE TO THE DETERMINED LOCATION.
3. LOCK THE CLAMP IN PLACE USING THE REMAINING RETAINER CLIP.
4. FOLLOW STEPS 5-9 OF THE STANDARD MOUNTING INSTRUCTIONS TO COMPLETE THE SHORT SHAFT INSTALLATION.
NOTE: ACTUATORS SHOULD BE MOUNTED INDOORS IN A DRY, CLEAN ENVIRONMENT FREE OF CORROSIVE FUMES. A PROTECTIVE ENCLOSURE MUST BE USED WHEN MOUNTED OUTDOORS. .
INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE CONDUIT SHOULD NOT EXCEED 18".
SHORT SHAFT MOUNTING INSTRUCTIONS - BELIMO AF SERIES ACTUATORS
1. DETERMINE THE BEST ORIENTATION FOR THE UNIVERSAL CLAMP ON THE BACK OF THE ACTUATOR (WHERE YOU HAVE THE EASIEST ACCESS TO THE V-BOLT NUTS ON THE CLAMP).
2. ENGAGE THE CLAMP TO THE ACTUATOR AS CLOSE AS POSSIBLE TO THE DETERMINED LOCATION.
3. LOCK THE CLAMP IN PLACE USING THE REMAINING RETAINER CLIP.
4. FOLLOW STEPS 5-12 OF THE STANDARD MOUNTING INSTRUCTIONS TO COMPLETE THE SHORT SHAFT INSTALLATION.
NOTE: ACTUATORS SHOULD BE MOUNTED INDOORS IN A DRY, CLEAN ENVIRONMENT FREE OF CORROSIVE FUMES. A PROTECTIVE ENCLOSURE MUST BE USED WHEN MOUNTED OUTDOORS.
INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE CONDUIT SHOULD NOT EXCEED 18".
DM-3
DAMPER MOTOR - BELIMO GM, AM, LF & NM SERIES
ACTUATORS
GM SERIES ONLY
IF MORE TORQUE IS NEEDED, A
SECOND ACTUATOR MAY BE MOUNTED
TO THE SHAFT USING THE ZG-102
MULTIPLE MOUNTING BRACKET
JUNCTION BOX &
FLEXIBLE
CONDUIT.
PROVIDED BY
INSTALLER
ACTUATOR
AIR DIFFERENTIAL PRESSURE SWITCH
1/4" OD POLYETHYLENE TUBING
(TO STATIC PRESSURE PROBES)
TO MODULE
TERMINAL STRIP
ACTUATOR
ANTI-ROTATION STRAP
2
1
3
5
APPROPRIATE
WIRING TO MODULE
TERMINAL STRIP
POWER AND
SIGNAL WIRING IN
FLEXIBLE CONDUIT
NOTE: IF THE ACTUATOR IS
EQUIPPED WITH END
SWITCHES OR POSITION
INDICATION A SECOND
WHIP IS REQUIRED
DPS1
UNIVERSAL CLAMP
RETAINING CLIP
APPROPRIATE
WIRING TO MODULE
TERMINAL STRIP
ZG-102 MOUNTING
BRACKET
1
2
3
S1
S2
S3
2 + HOT
1 COMMON
3 Y1 INPUT,0-10V
5 U OUTPUT 2-10V
TWO POS. OR FLOATING MOTOR
1 COMMON
2 DRIVE CLOCKWISE
3 DRIVE COUNTER CLOCKWISE
S1 COMMON FOR 5 - 85 END SWITCH
S2 NC, S3 NO.
(2) CONDUCTOR WIRE
IN CONDUIT
DUCT
DIFFERENTIAL
PRESSURE SWITCH
C
NC
FILTER
NO
DI TO MODULE
TERMINAL STRIP
MULTIPLE ACTUATOR MOUNTING
STANDARD MOUNTING INSTRUCTIONS - BELIMO GM & NM SERIES ACTUATORS
1. SLIP THE ACTUATOR'S UNIVERSAL CLAMP OVER THE DAMPER SHAFT. MAKE SURE THAT THE BOTTOM OF THE ACTUATOR (METAL SIDE) IS TOWARD THE DUCT AND THE CONTROLS ON THE
COVER ARE ACCESSIBLE. PLACE THE ACTUATOR IN THE DESIRED MOUNTING POSITION.
2. TURN THE DAMPER SHAFT UNTIL THE BLADES ARE FULLY CLOSED.
3. HAND TIGHTEN THE (2) NUTS ON THE UNIVERSAL CLAMP.
4. SLIDE THE STUD OF THE ANTI-ROTATION BRACKET INTO THE SLOT IN THE BOTTOM OF THE ACTUATOR. BEND THE STRAP AS NEEDED TO SUPPORT THE REAR OF THE ACTUATOR.
5. FASTEN THE STRAP TO THE DUCT WITH (2) SCREWS (#8 SELF TAPPING SHEET METAL SCREWS).
6. LOOSEN THE (2) NUTS ON THE UNIVERSAL CLAMP. DISENGAGE THE ACTUATOR GEAR TRAIN BY PRESSING THE "MANUAL OVERRIDE BUTTON." KEEPING THE GEARS DISENGAGED, AND THE
DAMPER FULLY CLOSED, ROTATE THE CLAMP UNTIL IT IS ABOUT 5 FROM THE CLOSED POSITION.
7. TIGHTEN THE (2) NUTS ON THE CLAMP WITH A 10mm WRENCH. USE 9-11 ft-lb OF TORQUE.
SHORT SHAFT MOUNTING INSTRUCTIONS - BELIMO GM & NM SERIES ACTUATORS
1. DISENGAGE THE GEARS WITH THE MANUAL RELEASE BUTTON ON THE CASING.
2. TURN THE ACTUATOR CLAMP BACK TO 5 DEGREES BEFORE CLOSED POSITION AND ALLOW GEARS TO RE-ENGAGE.
3. PULL OUT THE UNIVERSAL CLAMP AFTER REMOVING THE RETAINING CLIP.
4. FIX THE UNIVERSAL CLAMP ONTO THE DAMPER SHAFT.
5. MOVE THE DAMPER INTO THE CLOSED POSITION.
6. POSITION THE ACTUATOR ONTO THE UNIVERSAL CLAMP.
7. REFIT THE RETAINING CLIP.
8. IF NECESSARY, BEND OR CUT THE ANTI-ROTATION STRAP ON EITHER SIDE TO FIT THE DAMPER FRAME.
9. SLIDE THE STUD OF THE ANTI-ROTATION STRAP INTO THE SLOT ON THE ACTUATOR BASE AND FIX IT WITH THE SCREWS TO THE DAMPER FRAME.
NOTE: ACTUATORS SHOULD BE MOUNTED INDOORS IN A DRY, CLEAN ENVIRONMENT FREE OF CORROSIVE FUMES. A PROTECTIVE ENCLOSURE MUST BE USED WHEN MOUNTED OUTDOORS.
INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE CONDUIT SHOULD NOT EXCEED 18".
MOUNTING INSTRUCTIONS - DP SWITCH
1. SELECT A LOCATION THAT IS FREE FROM VIBRATION, CORROSIVE ATMOSPHERE AND WHERE THE AMBIENT
TEMPERATURE IS WITHIN THE LIMITS FOR THE SWITCH.
2. MOUNT STANDARD SWITCHES WITH THE DIAPHRAGM IN A VERTICAL PLANE AND WITH SWITCH LETTERING AND NAMEPLATE
IN AN UPRIGHT POSITION. SOME SWITCHES MAY NOT RESET PROPERLY IF MOUNTED IN THE WRONG POSITION.
3. CONNECT SWITCH TO SOURCE OF PRESSURE, VACUUM OR DIFFERENTIAL PRESSURE. POLYETHYLENE TUBING WITH 1/4" O.D.
IS RECOMMENDED. CONNECT TO THE (2) 1/8" NPT
FEMALE PRESSURE PORTS AS NOTED BELOW:
A. DIFFERENTIAL PRESSURES-CONNECT PIPES OR TUBES FROM SOURCE OF GREATER PRESSURE TO HIGH PRESSURE PORT
MARKED HI-PR AND FROM SOURCE OF LOWER PRESSURE TO LOW PRESSURE PORT MARKED LO-PR.
B. PRESSURE ONLY-CONNECT TUBE FROM SOURCE OF PRESSURE TO HIGH PRESSURE PORT. THE LOW PRESSURE PORT IS
LEFT OPEN TO ATMOSPHERE.
C. VACUUM ONLY-CONNECT TUBE FROM SOURCE OF VACUUM TO LOW PRESSURE PORT. THE HIGH PRESSURE PORT IS LEFT
OPEN TO ATMOSPHERE.
4. ELECTRICAL CONNECTION TO THE SPDT SNAP SWITCH ARE PROVIDED BY MEANS OF SCREW TERMINALS.
MOUNTING INSTRUCTIONS - STATIC PRESSURE PROBES
1. INSTALLATION IS COMPLETED BY DRILLING A 1/4" HOLE IN THE SHEET METAL, INSERTING THE PROBE AND SECURING THE
ASSEMBLY BY USING THE MOUNTING FLANGE AS A TEMPLATE TO MARK AND DRILL (2) HOLES FOR THE SELF TAPPING SHEET
METAL SCREWS.
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
8 of 46
DPS2
FS
PUMP DIFFERENTIAL PRESSURE SWITCH
VALVES
(BY INSTALLER)
Adjusting the Flow Switch Paddle
DI TO MODULE
TERMINAL STRIP
1 in.
1.5
in.
2 in.
2.5 in.
3 in.
4 in.
5 in.
6 in.
(2) CONDUCTOR
WIRE
DP SWITCH
Original
Paddle
Size
HI
Pump
LO
1/4" NPT BRASS
HOUSING
1/4" NPT PIPING
DP
SWITCH
Figure 5: Trimming Template for the Extra Paddle
The F61 comes with a 3-piece paddle (1", 2" & 3" segments)
installed. Each piece is removable. Adjust the paddle size of the pipe
in which it will be installed. For 1", 2" or 3" pipe, use the paddle
segments as supplied.
If longer paddle is required, the extra paddle may be trimmed to
fit 6" or smaller diameter pipe. Use Figure 5 to trim the paddle at the
arc corresponding with the pipe size.
NC NO C
A +
TO ALC CONTROL MODULE INPUT TERMINALS B MOUNTING INSTRUCTIONS
MOUNT UNIT IN ANY POSITION. LOCATE WHERE SHOCK AND VIBRATION ARE MINIMAL AND AMBIENT TEMPERATURE IS BELOW
161 F (71 C).
SURFACE MOUNTING - INSERT (2) #6 SCREWS THROUGH HOLES ON 2" CENTERS.
SUSPENDED UNIT MOUNTING - MOUNT UNIT FROM ITS (2) PORTS. ALWAYS HOLD A WRENCH ON PRESSURE PORT WHEN
MAKING PRESSURE CONNECTION.
MAKING PRESSURE CONNECTION - CONNECT HIGH SIDE PRESSURE TO THE PORT LABELED HIGH. USE A WRENCH ON
PRESSURE PORT AND HOLD THE UNIT STEADY. THREAD A ¼ NPTM FITTING INTO THE PORT.
CAUTION: NEVER TIGHTEN BY TURNING THE CONTROL INTO THE FITTING.
Paddle
Screw
Direction of
Flow
Remove paddles
that are too large
for pipe diameter
Trim extra paddle for pipe
diameter greater than 3 In.
Figure 6: Installing the Paddle
F61MB Pictured
Tee or Welded
Half Coupling
Flow
A
A
Flow
Dimension “A” must be at least five pipe diameters
From the nearest elbow, valve, or pipe restriction
MOUNTING:
Mount the F61 in a section of pipe where there is a straight run
of atleast 5 pipe diameters on each side of the flow switch.
The switch should be mounted so the terminals or wire leads are
easily accessible for wiring.
These flow switches must not be subjected to water hammer. If
a fast-closing valve is located downstream of the flow switch, a suitable
water hammer arrester must be used.
Mount the flow switch in a standard 1" x 1" x 1" tee for 1" pipe
installation. Use a reducing tee for larger sizes of pipe to keep the flow
switch close to the pipe and provide adequate paddle length in the flow
stream.
Screw the flow switch in position so the flat of the paddle is at a
right angle to the flow. The arrow on the side of the case must point in
the direction of the flow.
The F61 flow switch may be mounted on a horizontal pipe line or
a vertical pipe line with upward liquid flow. It is not recommended for
installations with downward flow.
WIRING - BACK OUT THE SCREW TERMINAL JUST ENOUGH TO PUT THE STRIPPED WIRE UNDER THE TERMINAL BLOCK CLAMP.
MAXIMUM WIRE SIZE IS 16AWG.
SET POINT ADJUSTMENT - USE A SCREWDRIVER TO TURN THE EXTERNAL ADJUSTING SCREW. TURN “IN” (CLOCKWISE) TO
INCREASE DIFFERENTIAL PRESSURE SETTING (1 TURN = 1.5 PSID). FOR BEST SETTING ACCURACY, SET THE SWITCH USING THE
ACTUAL WORKING PRESSURE ENCOUNTERED IN THE APPLICATION.
NOTE: ISOLATION VALVES MUST BE INSTALLED AT THE PIPE TAP. VALVES TO BE FURNISHED BY OTHERS.
TIS1
TEMPERATURE IMMERSION SENSOR AND THERMOWELL W/WP ENCLOSURE
TO MODULE
TERMINAL STRIP
(2) CONDUCTOR WIRE
IN CONDUIT
TEMP. IMMERSION UNIT
TOP OF PIPE
1/2" NPT THREADOLET, FURNISHED AND
INSTALLED BY MECH CONTRACTOR.
1/2" NPT, (3) TYP.
NEMA 3R WEATHERPROOF
ENCLOSURE
THERMOWELL
IMMERSION PROBE
WIRE NUT
J-LOOP
Figure 7: Typical Installation
Flow
Flow Switch
Arrestor
Valve
Figure 8: Arrestor Location Schematic
WIRING:
Make all wiring connections using proper copper conductors
only.
Install all wiring in accordance with NEC and local regulations.
On F61KB and F61LB models, use the terminal screws
furnished (8-32 x ¼” binder head) Substitution of other screws will void
warranty.
On F61MB models, use external wire leads.
1/2" NPT THREADOLET, FURNISHED AND
INSTALLED BY MECH CONTRACTOR.
AI TO MODULE
TERMINAL STRIP
MOUNTING INSTRUCTIONS - IMMERSION UNIT
1. THE THERMOWELL THREADS INTO A 1/2" FNPT THREADOLET FURNISHED AND INSTALLED BY THE MECHANICAL
CONTRACTOR.
2. THE IMMERSION UNIT THREADS INTO A 1/2" FNPT THERMOWELL, NO EXTERNAL HARDWARE IS NEEDED. THERMALLY
CONDUCTIVE GREASE MUST BE APPLIED TO THE PROBE PRIOR TO INSERTION TO OPTIMIZE HEAT TRANSFER.
NOTE: THE THERMOWELLS ARE DESIGNED TO CONNECT THE 1 1/8" HEX NUT TO THE IMMERSION FITTING ON THE UNIT, DO
NOT OVER TIGHTEN OR DAMAGE TO THE FITTING MAY OCCUR.
3. TERMINATE THE UNIT AS SHOWN ABOVE.
4. INCORPORATE A "J-LOOP" INTO THE TERMINATION. A "J-LOOP" IS FORMED BY POINTING THE WIRE NUTS OF A TERMINATION
UP CREATING A "J" IN THE CABLE IN ORDER TO REDUCE THE PROBABILITY OF CONDENSATION COLLECTING IN THE WIRE
NUT.
5. USE LIQUID TIGHT FITTINGS WITH THE NEMA 3R WEATHERPROOF ENCLOSURE.
NOTE: INSTALL FLEXIBLE CONDUIT FOR ALL CABLE OR WIRE BROUGHT TO END DEVICE FROM JUNCTION BOX. FLEXIBLE
CONDUIT SHOULD NOT EXCEED 18".
9 of 46
SMK
SMOKE DETECTOR
SS
BRUSHED ALUMINUM OR STAINLESS STEEL
WALL PLATE TEMPERATURE SENSOR
DPT
2
DPT
3
WET PRESSURE DIFFERENTIAL
3-WIRE
H548
FRACTIONAL HP MOTOR STATUS SENSOR /
COMMAND RELAY
WPV
2
WET PRESSURE
BYPASS VALVE ASSEMBLY
WET PRESSURE DIFFERENTIAL
2-WIRE
1. OPEN B (NULL)
LOW
HIGH
2. OPEN D (BLEED OR
PURGE)
3. SLOWLY OPEN A & C TO
BLEED AIR FROM LINE
4. CLOSE D (BLEED OR
PURGE)
5. OPEN A & C FULLY
6. CLOSE D (BLEED OR
PURGE)
B
D
C
A
10 of 46
Bill of Materials
DID
BT485
DIAG485
LGR25
M8102
MX4106
PROT485
REP485
RSPL
SE6104a
SSP
ZN141v+
ZN220
ZN253
ZN551
DESCRIPTION
END OF LINE SEGMENT CONDITIONER
ARC156 DIAGNOSTIC DEVICE
LGR25
M8102 DDC CONTROLLER
MX4106
ARC156 PROTECTION DEVICE
REPEATER
ROOM SENSOR WITH ADJUSTMENT AND OVERRIDE
SE6104A
STAINLESS STEEL WALL PLATE SENSOR
ZN141V+
ZN220
ZN253
ZN551
MANUFACTURER
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
BAPI
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
PART NUMBER
BT485
DIAG485
LGR25
M8102
MX4106
PROT485
REP485
RSPL
SE6104A
ALC/10K-2-SP
ZN141V+
ZN220
ZN253
ZN551
QTY
6 ea
1 ea
1 ea
1 ea
1 ea
2 ea
2 ea
37 ea
9 ea
13 ea
1 ea
18 ea
1 ea
32 ea
RTU-1
RTU-2
Media Center
Central Office
CM-63 E
SE6104A O
RTU-1 L
Existing
Wiring
Panel “B”
TR-1 100va
Panel “E”
TR-1 100va
Panel “F”
TR-1 100va
CM-50
SE6104A
AHU-1
CM-51
SE6104A
AHU-2
CM-52
SE6104A
AHU-3
East Mech
Gym /
Multi Purpose Room Near
Classroom
Room
201
9
West Mech
Room Near
Classroom
304
Panel “G”
TR-1 100va
CM-53
SE6104A
AHU-4
&
RADIANT
CEILING
PANEL LOOP
CONTROL
Panel “H”
TR-1 100va
Panel “J”
TR-2 75va
Panel “I”
TR-2 75va
CM-54
ZN253
AHU-5
CM-55
ZN141v+
VAV-1
Pre-School
Central Area
Pre-School
West Area
CM-56
SE6104a
RTU-2
CM-57
ZN551
VUV-1
CM-58
ZN551
VUV-2
CM-59
ZN551
VUV-3
CM-60
ZN551
VUV-4
CM-61
SE6104a
VUV-5
CM-62
SE6104a
SF-1
Pre-School
Pre-School
Pre-School
Pre-School
Art Room
Kindergarten
9
E
O
L
REP485
E
O
L
ARCnet 156K
PROT485
East Mech
Room Near
Classroom
105
ARCnet 156K
Panel “C”
Panel “D”
TR-2 75va
CM-49
ZN220
1 EF
CM-48
ZN220
1 EF
CM-47
ZN220
1 EF
CM-46
ZN220
1 EF
TBD
Toilets South
Of Teachers
Lounge
Art Room
Storage
Pre-School
West Toilet
TR-1 100va
CM-45
ZN551
3 EF’s
CM-44
ZN551
4 EF’s
TR-1 100va
CM-43
ZN551
MZ ZONE 3
CM-42
ZN551
MZ ZONE 2
CM-41
ZN551
MZ ZONE 1
CM-40
SE6104A
MZ-1
CM-39
ZN220
CUH-13
CM-38
ZN220
CUH-12
CM-37
ZN220
CUH-11
CM-36
ZN220
CUH-10
CM-35
ZN220
CUH-09
CM-34
ZN220
CUH-08
CM-33
ZN220
CUH-07
CM-32
ZN220
CUH-06
CM-31
ZN220
CUH-05
TBD
TBD
TBD
Music
TBD
TBD
TBD
TBD
TBD
TBD
TBD
TBD
TBD
Northwest Area
Pre-School
EF Circuit 26 Teachers Lounge
Toilets Serving
EF Circuit 28
Classrooms
EF Circuit 29
301/302
E
O
L
E
REP485 O
L
Repeater
CM-30
ZN220
CUH-04
CM-29
ZN220
CUH-03
CM-28
ZN220
CUH-02
CM-27
ZN220
CUH-01
CM-26
ZN551
HP-13
CM-25
ZN551
HP-12
TBD
TBD
TBD
TBD
Classroom
205
Classroom
206
Existing
Wiring
303/304
305/306
ARCnet 156K 9
SSP
Panel “A”
TR-1 100va
E
O
L
CM-1
LGR 25
TR-3 100va
TR-4 100va
CM-2
M8102
Prim Pmps/
Evap Clr/ Vlvs
Typical Of 13
TR-2 100va
DIAG
PROT
CM-3
ZN220
OAT
Expander
MX4106
E 15
CM-4
ZN551
HP-21
CM-5
ZN551
HP-19
CM-6
ZN551
HP-20
CM-7
ZN551
HP-04
CM-8
ZN551
HP-03
CM-9
ZN551
HP-01
CM-10
ZN551
HP-14
CM-11
ZN551
HP-15
CM-12
ZN551
HP-16
CM-13
ZN551
HP-17
CM-14
ZN551
HP-23
CM-15
ZN551
HP-24
CM-16
ZN551
HP-06
CM-17
ZN551
HP-22
CM-18
ZN551
HP-18
CM-19
ZN551
HP-09
CM-20
ZN551
HP-10
CM-21
ZN551
HP-11
CM-22
ZN551
HP-07
CM-23
ZN551
HP-02
CM-24
ZN551
HP-05
Library
Classroom
104
Classroom
105
Classroom
302
Classroom
303
Classroom
304
Classroom
204
Classroom
203
Classroom
202
Classroom
201
Classroom
102
Classroom
101
Classroom
301
Office
Classroom
103
Classroom
106
Classroom
107
Classroom
108
Teachers
Lounge
Classroom
305
Classroom
306
Sec Pmps/
Vlvs/Blr
School Districts
Ethernet LAN
6
Server / Tower
District
WebCTRL
Server
Local Work Station
15
15
E
E
Rnet
WARMER
COOLER
Located
At Receiving Office
OCCUPIED
MANUAL
ON
AUTOMATED LOGIC
Typical Of 37
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
Network Riser
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
Note: Actual communications network layout to modules will be shown on the “As Built” drawings.
6
See page 5 for cable identification
11 of 46
Bill of Materials
DID
DIAG485
LGR25
OAT/H
PANEL A
PROT485
PS
TR-1,2,3,4
ZN220
Without Keypad Display:
24Vac, 24VA, 1A, 50-60 Hz
26Vdc, 10W, 0.4A
LGR25
TR-1
Use Copper Conductors Only
Class 2
Provided by
School District
T2
Ground
3V Lithium Battery
CR-123A
10/100 BaseT
Ethernet Port E1
T1
24V ac/dc
Power
On
TR-2
Lstat
Bias
Cmnet transmit
Cmnet receive
1 = Control Program Error
2 = RAM full
n/c
DCD
Rx
Signal Ground
EIA-232
4 = System error
Archive Valid
Port S1 transmit
Port S1 receive
Battery low
Enhanced Access
Port on S2
IP Addr
MSTP
on S1
Address
PTP
on S2
On
Assigned
+100
Enable
Enable
Off
Default
0
Disable
Disable
IN-1
Thermistor/dry contact
0-5Vdc
Thermistor/dry contact
0-5Vdc
On
4
3
2
1
485-2w
485-4w
Communications Selection
Rnet
Rnet -
Module
Status
MSTP
ARC156
+12V
9600
Blinking Dot = “Run”
IN-1 Outside Air Temp
IN-2 Outside Air Humd 0/5vdc
Gnd
Inputs: 5V Max
10's
2
3
4
5
6
7
8
76.8k
Gnd
CM-03
ZN220
CAUTION:
To Reduce the Risk of Fire
or Electric Shock, Do Not
Interconnect the Outputs of
Different Class 2 Circuits.
CONTROLLER
Class 2
24 Vac, 50-60 Hz
20VA, 0.83A
24Vdc, 0.2A, 5W
Use Copper
Conductors Only
DO-2
1's
901
DO-1
CAUTION:
This product was designed
to be mounted inside the
building envelope. Warranty
voided if mounted outside.
901
23
23
78
1
O
N
38.4k
MSTP Baud
IN-2
Module
Address
Power
LED Format
19.2k
IN-1
Option
Comm
EIA-485
3
Sense
+12V
RnetRnet+
Gnd
4
IN-2
2
CMnet
Tens
456
456
Err
CR
2032
8 = Formatting
78
DTR
456
0 = Download required
3 = Comm setup error
n/c
456
Chase = OK
Rnet +
T3
Pwr
Run
+
Gnd
Black Red +
Yellow
Yellow
White
North Wall
456
Tx
Rx
OAT/H
EIA-485
Error Codes:
23
EIATx
485 232
Net-
Tx
EIA-232
Port S2
Net+
Net+ Tx+
23
+12V
Rx
78
901
Rnet
n/c Rx+ DTR
Net- Tx-
90 1
Port S1
78
78
90 1
n/c Rx- DCD
Gnd
BT485
78
Signal Ground
901
Rnet
Local Access
ARCnet 156
IN-1 Outside Air Temp
2 wire 4 wire EIA-232
CM-01
Ones
BT485
24 Vac
Batt
-
23
CMnet
Shield
Rnet -
Net Shield
H N G
T4
Jumper: Gain1
Tx
Net +
Control Module
Net +
Rnet +
Rnet
Format
1
Ext. Batt.
Int. Batt.
LGR25
BT485
Net -
Rx
Ground
23
BACnet
QTY
0 ea
0 ea
1 ea
1 ea
0 ea
1 ea
4 ea
0 ea
ZN220
Gnd
+3V
®
Over ARCNET156 KBaud
PART NUMBER
DIAG485
LGR25
ALC/10K-2-H300-O-WP
A-36N30ALP+A36N30MPP+AL12
PROT485
DCP-1.5W
TR100VA001-28
ZN220
Off
External
Battery
100 LAN LINK
MANUFACTURER
AUTOMATED LOGIC
AUTOMATED LOGIC
BAPI
HOFFMAN
AUTOMATED LOGIC
KELE
FUNCTIONAL DEVICES
AUTOMATED LOGIC
O
N
Ethernet LAN connection
H N G
DESCRIPTION
ARC156 DIAGNOSTIC DEVICE
LGR25
OUTSIDE AIR TEMPERATURE AND HUMIDITY SENSOR
36X30 ENCLOSURE+PERF+KEYLOCKKIT
ARC156 PROTECTION DEVICE
POWER SUPPLY 24VAC IN 24VDC OUT
TRANSFORMER 120/24VAC 100VA
ZN220
Power for D.O.'s
®
BUSS
BACnet
456
ARCnet
Shield
NetNet+
PROT485
Fused
Wiring coming
from outside
of building
Unfused
Shared Connection
Use for inside
wiring
Fused or unfused
To M8102
Module (CM-2)
See Heat Pump
System Controller
Wiring
Net+
Shield
Net-
Net-
Shield
Net+
Outside Air Conditions (typical of 1)
Outside Air Conditions:
The controller shall monitor the outside air temperature
and humidity and calculate the outside air enthalpy on a
continual basis. These values shall be made available to
the system at all times.
Alarm shall be generated as follows:
Sensor Failure: Sensor reading indicates
shorted or disconnected sensor. In the event of a sensor
failure, an alternate outside air conditions sensor shall be
made available to the system without interruption in
sensor readings.
If an OA Temp Sensor cannot be read, a default value of
65°F will be used.
If an OA Humidity Sensor cannot be read, a default value
of 50 % will be used.
Outside Air Temperature History:
The controller shall monitor and record the high and low
temperature readings for the outside air. These readings
shall be recorded on a daily, month-to-date, and year-todate basis.
PROT485
Rev. 0
AutomatedLogic Corp.
ARCnet 156
Earth Ground
From M8102
Module (CM-2)
See Heat Pump
System Controller
Wiring
Earth Ground
Net+
ARCnet 156
NetShield
Panel “A”
30"
DIAG485
LGR, Boiler Room Control Panel
LGR-25
CM-01
ZN220
CM-03
OAT
T3
TR-1
M8102
CM-02
DIAG485
T4
PS
From TR-2
Above
24VAC
Gnd
TR-2
Pri Pumps / Valves
Evap Cooler
Elementary School
TR-3
Michigan 48xxx
36"
Refer to Network Riser
Drawing Sheet # 11
TR-4
MX4106
CM-02 EXP1
Boiler / Sec Loops
Metro Environmental, Inc.
LGR & OAT Controller Wiring
PROT
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
DIAG
CHECKED BY : TS
12 of 46
Existing HWR
From Fine Arts Htg System
CM-2-0 IN2 – HPWR Temp
Existing HWR
From Building Htg Systems
CM-2-1 DO3 PFA S/S
C
T8
33
T
10
T2
HPWR
Blue #14
Existing relay
& wiring
L
M
Existing
24 VAC
Red #14
Blk #14
Existing valve
& wiring
23
T
1 2 4 5
PDT
Blue #18
CM-2-1 IN1 – Fine Arts HWS Temp
Wht
Blu
18
CM-2-0 DO1 – CP-1 S/S
CM-2-1 IN3 PFA Status
CM-2-1 AO1 – Fine Arts Sys Vlv
1
C
22
T5
T8
Existing relay
& wiring
T8
H
CM-2-0 DO5 Isolation Vlv V-2
C
Blue #18
N
PFA
A
6
Existing relay
& wiring
H
AB
B
CM-2-0 AO1 – CP-1 VSD Speed
To Fine Arts Htg System
H N
CM-2-1 DO1 P-1 S/S
43
C
T8
Blue #14
Existing relay
& wiring
Red #14
19
39
CM-2-2 AO2– Bldg Sys Vlv
29
Red #14
T4
T1
T
H N
8
Existing relay
& wiring
P-1
T
CP-2
To Bldg Htg Systems
T
T6
M
Existing valve
& wiring
AB
B
9
CM-2-0 IN3 – HPWS Temp to System
V-3
1 2 4 5
A
T3
CP-1
CM-2-0 IN4 – Boiler HWS Temp
Wht
Blu
Existing valve
& wiring
T
M
41 CM-2-1 IN4 P-1 Status
Existing
24 VAC
V-2
Existing valve
& wiring
Red Tape
M
Red #14
Blk #14
Black Tape
CM-2-0 IN6 CP-1 Stat
1
HPWS
1
VSD
H
M
P-2
CM-2-0 IN7 CP-2 Stat
Blue #14
38 CM-2-1 IN5 P-2 Stat
40 Blue #14
T8
C
VSD
Red Tape
Existing relay
& wiring
CM-2-0 AO2 – CP-2 VSD Speed
2
Existing relay
& wiring
T8
C
Black Tape
C
C
T8
8
H
Blue #18
Blue #14
Existing relay
& wiring
T8
C
CM-2-0 DO2 – CP-2 S/S
CM-2-0 DO7 Evap Cooler Enable
2
Blue #18
CM-2-0 IN1 – HPWS Temp to Pumps
N
U
Boiler
Existing relay
& wiring
CM-2-0 DO4 Div Vlv V-1
CM-2-1 DO2 P-2 S/S
42
5
Blue #18
CM-2-1 IN2 – Bldg HWS Temp
T8
CM-2-0 DO6 Isolation Vlv V-3
2
M
39
Close Looped Evaporative
Cooling Tower
N
NH
Existing valve
& wiring C
L
V-1
Elementary School
CP-8
Michigan 48xxx
CM-2-0 IN8 P-8 Status
Existing relay
& wiring
T8
Metro Environmental, Inc.
14
M
Heat Pump Loop System Schematic
Existing relay
& wiring
C
REV: 0
CM-2-0 DO8 – Boiler Enable
20
Blue #18
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
T8
C
CM-2-0 DO3 P-8 S/S
28
Blue #14
10 Note: Typical Existing Wire Tag Number
CHECKED BY : TS
13 of 46
Bill of Materials
DID
E-CS
E-R
M8102
MX4106
PDT
PS
T1 to T6
TR-1,2,3,4
I/O
Expansion
M8102
Rx
TM
Net +
CMnet
Net -
Tx
Run
DESCRIPTION
EXISTING CURRENT SWITCH SOLID CORE
EXISTING 24VAC CONTROL RELAY
M8102 DDC CONTROLLER
MX4106
DIFF PRESS TRANSMITTER 0-50 PS1, 0-5 VDC OUT, 24 VDC IN
POWER SUPPLY 24VAC IN 24VDC OUT
IMMERSION TEMP SENSOR
TRANSFORMER 120/24VAC 100VA
TR-3
Power
Error
MANUFACTURER
VERIS
CORE
AUTOMATED LOGIC
AUTOMATED LOGIC
VERIS
KELE
BAPI
FUNCTIONAL DEVICES
H N G
TR-4
BACnet
Over ARCNET156 KBaud
On
Shield
Off
Gnd
QTY
6 ea
11 ea
0 ea
0 ea
1 ea
0 ea
6 ea
0 ea
H N G
T8
T5
24 Vac
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
Auxiliary
Device
Port
T6
PART NUMBER
E112-708
CVR-11C
M8102
MX4106
PWLX03S
DCP-1.5W
ALC/10K-2-I-4''
TR100VA001-28
T7
Access Port
CMnet Mode
9600/
38.4k
ARC156
Inputs
5V Max, 20mA Max
T1
8
HPWS Temp to System
9
T3
T4
Boiler HWS Temp
29
0-5 VDC
0-50 PSI
Diff Pressure
+ S
White
Existing CS
CP-8 Status
14
3
A
4
B
5
A
6
B
7
A
8
B
9
A
10
B
11
A
12
B
13
A
14
B
15
A
16
B
17
A
18
B
19
A
Gnd
IN1
AO2
2M
IN2
+
Gnd
CM-02
AO1
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
IN3
Universal Input
Mode Select
+
4
3
2
1
White #18
Blue #18
White #18
Blue #18
CP-2 VFD Signal 0/10vdc
CP-1 VFD Signal 0/10vdc
15
Thermistor/
dry-contact
0-20 mA
Blue #18
Isolation Valve V-2
10
IN6
24V Max.
3A Max.
A - Input Signal
B - Gnd/Loop Power
IN8
7
DO3
CP-8 S/S
6
5
DO2
IN9
E-R
Cmnet Baud
Format
9600
1
2
3
901
4
O
N
DO1
Blue #18
CP-1 S/S
2
Blue #18
1
T7
1
28
E-R
T8
T8
E-R
2
T8
T8
T8
E-R
E-R
White/Red
E-R
T8
T8
E-R
E-R
T8
901
23
I/O
Expansion
Module
Address
10's
1's
5
8
Blue #14
CP-2 S/S
4
3
IN10
Blue #18
Diverting Valve V-1
8
DO4
Typical Connections
VFD TB1
20
6
DO5
9
24 VAC
Blue #18
DO6
NO
11
78
PS
B
2
5
5A
White/Purple
Isolation Valve V-3
12
NC
78
20
Blue #18
2
5A
DO7
0-5Vdc
38.4k
24 VDC
1
Black Tape
White #18
Blue #18
White #18
Blue #18
Evaporative Cooler Enable
13
IN7
Black Tape
Boiler Enable
16
IN4
IN5
2
DO8
14
23
H
CP-2 Status
Red Tape
B
T5
I/O
Expansion
MX4106
T6
Expander
I/O
Power
Run
On
T6
Off
Gnd
24 Vac
MX4106
T5
Access Port
POINT EXPANDER
Fine Arts HWS Temp
22
T5
Bldg Systems HWS Temp
39
T6
Existing DPS
Fine Arts Pump Status
23
Red #14
Red #14
Existing DPS
Existing DPS
Blue #14
Blue #14
38
40
39
41
P-1 Status
P-2 Status
1
A
2
B
3
A
4
B
5
A
6
B
7
A
8
B
9
A
10
B
11
A
12
B
13
A
14
B
15
A
16
B
17
A
18
B
19
A
20
B
Gnd
IN1
AO6
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
IN2
Gnd
AO5
IN3
AO4
Universal Input
Mode Select
+
AO3
IN5
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of Different
Class 2 Circuits.
0-5Vdc
Thermistor/
dry-contact
+
Gnd
IN4
0-20 mA
24V Max.
3A Max.
IN8
8
DO4
7
DO3
+
12
11
10
9
8
7
6
5
4
3
2
1
White #18
Blue #18
White #18
Blue #18
Red #18
Black #18
DO2
IN10
4
DO1
1
Unknown Use
P-1 S/S
2
T7
19
18
?
Blue #14
Black #14
43
33
42
E-R
E-R
T8
E-R
45
44
Blu #14
Blk #14 T8
T8
Elementary School
Michigan 48xxx
901
23
I/O
Expansion
NC
3 Way Valve to Fine Arts 0/10vdc
P-2 S/S
3
Expander
Address
1's
3 Way Valve to Bldg Systems 0/10vdc
Fine Arts Pump S/S Blue #14
6
5
NO
IN9
+
Gnd
AO1
A - Input Signal
B - Gnd/Loop Signal
+
Gnd
AO2
IN6
IN7
+
Gnd
78
G
2
A
2
456
+
Existing CS
Blue #14
Blue #14
Red Tape
1
456
Red
Black
1
Existing CS
CP-1 Status
M8102
CONTROL MODULE
456
-
HPWR Temp
10
T2
PDT
HPWS Temp to Pumps
Metro Environmental, Inc.
Heat Pump Loop System Controller Wiring
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
10 Note: Typical Existing Wire Tag Number
14 of 46
Heat Pump Loop General Sequence of Operation:
Heating Mode:
1:
2:
3:
4:
5:
The Diverting Valve V-1 will route water as required by the HPWR (T2) Temp sensor to the Heat Pump Loop.
When the HPWR (T2) temperature is less than 76°F (adj.) Isolation Valve V-2 shall open, and Isolation Valve V-3 will be closed
V-1 will open to permit hot water flow to the Heat Pump Loop only if the temperature at HPWR (T2) Temp sensor is between 64°F (adj.) and 72°F (adj.)
and hot water is available at the Boiler HWS (T4) Temp sensor. Valve V-1 will be closed if the temperature at HPWS (T1) rises above 75°F (adj.)
When the HPWR (T2) temperature is greater than 77°F (adj.), Valve V-2 will close and V-3 will open.
Circ Pump 8 will run whenever Boiler is enabled (less than 65°F (adj.) OAT). See Boiler sequence.
Cooling Mode:
1:
2:
3:
Diverting Valve V-1 will be closed to the Heat Pump Loop.
Isolation Valve V-2 will be closed, and Isolation Valve V-3 will be open to the Evaporative Cooler.
Evaporative Cooler will be enabled.
General Building Heating System:
Hot Water Pumps P-1/P-2 Lead/Standby Operation:
The two hot water pumps shall operate in a lead/standby fashion.
The lead pump shall run first.
On failure of the lead pump, the standby pump shall run and the lead pump shall turn off.
The designated lead pump shall rotate upon one of the following conditions (user selectable):
manually through a software switch
if pump runtime (adj.) is exceeded
daily
weekly
monthly
Alarms shall be provided as follows:
Hot Water Pump 1
o
Failure: Commanded on, but the status is off.
o
Running in Hand: Commanded off, but the status is on.
o
Runtime Exceeded: Status runtime exceeds a user definable limit.
Hot Water Pump 2
o
Failure: Commanded on, but the status is off.
o
Running in Hand: Commanded off, but the status is on.
o
Runtime Exceeded: Status runtime exceeds a user definable limit.
Secondary Hot Water Supply Temperature Setpoint:
The secondary hot water supply temperature setpoint shall reset based on outside air temperature.
General:
Heat Pump Water Loop CP-1/CP-2 Lead/Lag Operation:
The two water pumps shall operate in a lead/lag fashion.
The lead pump shall run first.
On failure of the lead pump, the lag pump shall run and the lead pump shall turn off.
On decreasing water differential pressure, the lag pump shall stage on and run in unison with the lead pump to maintain water differential pressure setpoint.
The designated lead pump shall rotate upon one of the following conditions (user selectable):
manually through a software switch
if pump runtime (adj.) is exceeded
daily
weekly
monthly
Alarms shall be provided as follows:
CP-1 Pump 1
o
Failure: Commanded on, but the status is off.
o
Running in Hand: Commanded off, but the status is on.
o
Runtime Exceeded: Status runtime exceeds a user definable limit.
CP-2 Pump 2
o
Failure: Commanded on, but the status is off.
o
Running in Hand: Commanded off, but the status is on.
o
Runtime Exceeded: Status runtime exceeds a user definable limit.
Heat Pump Loop Water Differential Pressure Control:
The controller shall measure Heat Pump Loop water differential pressure and modulate the hot water pump VFDs in sequence to maintain its water differential pressure
setpoint.
The following setpoints are recommended values. All setpoints shall be field adjusted during the commissioning period to meet the requirements of actual field
conditions.
The controller shall modulate Heat Pump Loop water pump speeds to maintain a water differential pressure of 12lbf/in2 (adj.). The VFDs minimum speed shall not drop
below 20% (adj.).
On dropping Heat Pump Loop water differential pressure, the VFDs shall stage on and run to maintain setpoint as follows:
The controller shall modulate the lead VFD to maintain setpoint.
If the lead VFD speed is greater than a setpoint of 90% (adj.), the lag VFD shall stage on.
The lag VFD shall ramp up to match the lead VFD speed and then run in unison with the lead VFD to maintain setpoint.
On rising Heat Pump Loop water differential pressure, the VFDs shall stage off as follows:
If the VFDs speeds drops back to 60% (adj.) below setpoint, the lag VFD shall stage off.
The lead VFD shall continue to run to maintain setpoint.
Alarms shall be provided as follows:
High Water Differential Pressure: If 25% (adj.) greater than setpoint.
Low Water Differential Pressure: If 25% (adj.) less than setpoint.
As outside air temperature rises from 0°F (adj.) to 70°F (adj.) the secondary hot water supply temperature setpoint shall
reset downwards from 180°F (adj.) to 110°F (adj.).
Alarms shall be provided as follows:
High Secondary Hot Water Supply Temp: If greater than 200°F (adj.).
Low Secondary Hot Water Supply Temp: If less than 100°F (adj.).
Mixing Valve:
The controller shall measure the secondary hot water supply temperature and modulate the mixing valve to maintain its setpoint.
The mixing valve shall be enabled whenever the hot water system is called to run.
The mixing valve shall close whenever the hot water supply temperature rises from 190°F to 200°F (adj.).
Boiler System - Run Conditions:
The boiler system shall be enabled to run whenever outside air temperature is less than 65°F (adj.).
To prevent short cycling, the boiler system shall run for and be off for minimum adjustable times (both user definable),
unless shutdown on safeties or outside air conditions.
Each boiler shall run subject to its own internal safeties and controls.
The boiler system shall also run for freeze protection whenever outside air temperature is less than 38°F (adj.)
Boiler Enable:
The boiler shall be enabled when the boiler system is commanded on.
The boiler shall be enabled after pump status is proven on and shall run subject to its own internal safeties and controls.
Fine Arts Heating System:
Fine Arts Hot Water Pump:
The hot water pump shall run anytime the boiler is called to run and shall have a user definable delay (adj.) on stop.
Alarms shall be provided as follows:
Hot Water Pump Failure: Commanded on, but the status is off.
Hot Water Pump Running in Hand: Commanded off, but the status is on.
Hot Water Pump Runtime Exceeded: Status runtime exceeds a user definable limit.
Secondary Hot Water Supply Temperature Setpoint:
The secondary hot water supply temperature setpoint shall reset based on outside air temperature.
As outside air temperature rises from 0°F (adj.) to 70°F (adj.) the secondary hot water supply temperature setpoint shall reset
downwards from 180°F (adj.) to 110°F (adj.).
Alarms shall be provided as follows:
High Secondary Hot Water Supply Temp: If greater than 200°F (adj.).
Low Secondary Hot Water Supply Temp: If less than 100°F (adj.).
Mixing Valve:
The controller shall measure the secondary hot water supply temperature and modulate the mixing valve to maintain its setpoint.
The mixing valve shall be enabled whenever the hot water system is called to run.
The mixing valve shall close whenever the hot water supply temperature rises from 190°F to 200°F (adj.).
Elementary School
Evaporative Cooler
Boiler System - Run Conditions:
The boiler system shall be enabled to run whenever outside air temperature is less than 65°F (adj.).
To prevent short cycling, the boiler system shall run for and be off for minimum adjustable times (both user definable), unless shutdown on safeties or outside air
conditions.
Each boiler shall run subject to its own internal safeties and controls.
The boiler system shall also run for freeze protection whenever outside air temperature is less than 38°F (adj.)
Boiler Enable:
The boiler shall be enabled when the boiler system is commanded on. The boiler shall be enabled after pump status is proven on and shall run subject to its own internal
safeties and controls.
Michigan 48xxx
Evaporative Cooling Tower - Run Conditions:
The cooling tower shall be enabled to run whenever the outside air temperature is
greater than 54°F (adj.) and the building is Occupied.
The cooling tower condenser water control shall stage its components (spray pump,
fan, etc.) in sequence to maintain condenser water supply temperature setpoint. The
following setpoints are recommended values. All setpoints shall be field
adjusted during the commissioning period to meet the requirements of actual field
condition
Metro Environmental, Inc.
Heat Pump Loop System Sequence
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
15 of 46
Bill of Materials
DID
CDT
CR1,2
E-CS
E-DA1
E-DA2
E-DPS
E-FRZ
E-V1 MZ
ER1,2
HDT
MAT
RAT
SE6104a
IN-1 Return Air Temperature
T RAT
RF
RA
N.C.
EA
M
E-DA2
Red (Not Used) EXISTING
AO-1 Mixing Dampers 5/10vdc
HWR
DO-2 – Return Fan Start/Stop
Starter
Black
White
Red (Not Used)
Yellow +
Blue _
Black
120vac White
E-DA1
N.O.
Trips @ 38F
Auto Reset
Interlock Wires To Supply Fan Starter
IN-8 – Clogged Filter Switch
Black
White
120vac
QTY
1 ea
2 ea
2 ea
1 ea
1 ea
1 ea
1 ea
1 ea
2 ea
1 ea
1 ea
1 ea
0 ea
IN7 - Freezestat
E-V1 MZ
Yellow +
_
Blue
PART NUMBER
ALC/10K-T2-D-18''
RH2B-ULAC24V + SH2B-05 SOCKET
E112-700
MP-5430
MM-500-0-0-1
PC-301
TC-5232
VS-7313-267-4-9 MP-5430-0-0-3
CVR-11C
ALC/10K-T2-D-18''
ALC/10K-2-A-24'
ALC/10K-T2-D-18''
SE6104A
HWS
Interlock Wires To Supply Fan Starter
AO-2 – Hot Deck Valve Control 5/10vdc
Red (Not Used) EXISTING
AO-1 Mixing Dampers 5/10vdc
MANUFACTURER
BAPI
IDEC
VERIS
INVENSYS
INVENSYS
INVENSYS
INVENSYS
INVENSYS
CORE
BAPI
BAPI
BAPI
AUTOMATED LOGIC
IN-6 – Return Fan Status
E-CS
Yellow +
_
Blue
120vac
DESCRIPTION
COLD DECK AIR TEMPERATURE
COOLING RELAY 24VAC DPDT WITH INDICATING LIGHT
EXISTING CURRENT SWITCH
EXISTING DAMPER ACTUATOR 120VAC 2/15VDC CONTROL
EXISTING DAMPER ACTUATOR 120VAC 2/15VDC CONTROL
EXISTING CLOGGED FILER DIFFERENTIAL PRESSURE SWITCH
EXISTING FREEZESTAT DPST
EXISTING 3-WAY 1-1/4'' CV20 GPM 27 0/15VDC CONTROL
EXISTING 24VAC CONTROL RELAY
HOT DECK AIR TEMPERATURE
MIXED AIR AVG. TEMP. SENSOR
RETURN AIR TEMPERATURE
SE6104A
E-FRZ
LLS-1
Pg-7
IN-2 – Mixed Air Temp
T HDT
DTS-1
Pg-7
Hot
Deck
N.O.
HW
DAS-1
Pg-7
E-DPS
IN-3 Hot Deck Temperature
E-SMK
MAT1
T
SF
OA
HI
N.C.
LO
Typical of Zone 3 Total
DA
M
230 VAC
Starter
FUSE
120VAC
FUSE
E-SMK E-FRZ
Hand
OL'S
9
5
RIB-1
Pg-6
Auto
ER1
DO-1 Supply Fan Start / Stop 13 14
9
5
+
+
Gnd
Over ARCNET156 KBaud
+5V
4
IN-3
5
IN-4
6
Gnd
7
IN-5
8
IN-6
9
Gnd
+24V
IN-1, IN-2: Pulse Count Ability
1
2
3
4
5
6
7
8
9
10
11
12
10 IN-7
11 IN-8
12 Gnd
1
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
Gnd
DO-4 – Cooling 2nd Stage
Inputs: All
10V Max, 20mA Max
On
-
Universal Input
Mode Select
DO-5
Outputs
24V Max, 3A Max
mA
Thermistor/
dry contact/
RTD
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
Sw
5
Gnd
6
Rn+
Gnd
7
Rn-
Rnet+
LS5v
Rnet-
8 +12V
+12V
DO-3
DO-2
DO-6
12
11
DO-5
10
9
DO-4
8
CR2
Cooling 2nd Stage
8
9
7
Cooling 1st Stage
T2
DO-3
6
5
Return Fan Start / Stop
4
5
T2
Cooling Stage 2
Cooling Stage 1
Condenser Control Circuit
6
7
Condenser Interlock
Wiring
(field verify)
CR1
DO-2
4
3
3
2
2
DO-1
1
Supply Fan Start / Stop
Elementary School
T1
Michigan 48xxx
1
Metro Environmental, Inc.
MSTP Baud
8
76.8k
Rnet
AO-4
38.4k
LogiStat
Port
Run
BACnet Mode
19.2k
MSTP
9600
ARC156
Module Address
10's
1's
7
Gnd 8
AO-4 +
901
23
78
901
AO-3
5
5
4
AO-2
Gnd 4
3
3
Gnd 2
AO-1 + 1
Format
1
O
N
2
3
4
2
AO-1
1
AO Mode Select
0-10V
Multi-Zone MZ-1 Control
6
7
Gnd 6
AO-3 +
AO-2 +
Error
Local Access
23
Made in USA
Spare
10
11
Rnet
SE6104A
Spare
12
DO-6
Temp
4 LS5v
To Or From Next
Network Module
ARCnet
BT485
CONTROL MODULE
Stat
Select
Gnd
Sw
CM-40
Rx
Net+
Logistat
Gnd
Tx
Net-
SE6104a
H N G
T1
+
DO-1
3
TR1
T2
Shield
Auto Off On
2 Temp
Gnd
24V ac
BACnet
Odd Even
1
Off
Power
Batt
CR2032
78
Freezestat - Open Contact Is Alarm
Clogged Filter Alarm
Gnd
Gnd
Rnet+
Rnet+12V
Sense
Supply Fan Status
Return Fan Status
IN-2
3
456
Hot Deck Air Temperature
Cold Deck Air Temperature
2
DTS-1
Pg-7
IN4 – Cold Deck Temperature
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
®
BACnet
Aux Power Out
456
Return Air Temperature
Mixed Air Temperature
IN-1
N.C.
T2
Select
1
T CDT
Return Fan
RIB-1
Pg-6
ER2
DO-2 Return Fan Start / Stop 13 14
Gnd
OL'S
MS
Auto
T2
DO-1 – Supply Fan Start/Stop
DO-3 – Cooling 1st Stage
SF MS
Aux Sw.
Off
Supply Fan
Cold
Deck
DX
120VAC
Hand
MS
Off
Continued On
Next Page
IN-5 – Supply Fan Status
E-CS
230 VAC
5/10vdc Hot Deck HW Valve
5/10vdc Mixing Dampers
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
0-20mA
16 of 46
High Return Air Humidity: If the return air humidity is greater than 70% (adj.).
The heating will be enabled whenever:
Run Conditions - Scheduled:
The unit will run based upon an operator adjustable schedule.
Emergency Shutdown:
The unit will shut down and generate an alarm upon receiving an emergency shutdown
signal.
Freeze Protection:
The unit will shut down and generate an alarm upon receiving a freezestat status.
AHU Optimal Start:
The unit will start prior to scheduled occupancy based on the time necessary for the
zones to reach their occupied setpoints. The start time will automatically adjust
based on changes in outside air temperature and zone temperatures.
Supply Fan:
The supply fan will run anytime the unit is commanded to run, unless shutdown on
safeties. To prevent short cycling, the supply fan will have a user definable (adj.)
minimum runtime.
AND the supply fan status is on.
The heating coil valve will open whenever:
Heating supply air temperature drops from 40°F to 35°F (adj.).
High Heating Supply Air Temp: If the heating supply air temperature is greater
than 120°F (adj.).
The economizer will be enabled whenever:
Cold Deck - Cooling Supply Air Temperature Setpoint - Fixed:
The unit will maintain a fixed cooling supply air temperature setpoint of 55°F (adj.).
Cold Deck - Cooling Coil Valve:
The controller will measure the cooling supply air temperature and and modulate the
cooling coil valve to maintain its cooling setpoint.
The cooling will be enabled whenever:
AND the outside air enthalpy is less than 28 Btu/lb (adj.)
AND the outside air temperature is less than the return air temperature.
AND the outside air enthalpy is less than the return air enthalpy.
AND the supply fan status is on.
OR on loss of supply fan status.
AND the supply fan status is on.
OR the freezestat (if present) is on.
Hot Deck - Heating Supply Air Temperature Setpoint - Outside Air Reset:
The heating supply air temperature setpoint will reset based on outside air temperature.
As outside air temperature drops from 55°F (adj.) to 30°F (adj.) the heating supply air
temperature setpoint will reset upwards from 70°F (adj.) to 110°F (adj.).
Hot Deck - Heating Coil Valve:
The controller will measure the heating supply air temperature and modulate the
heating coil valve to maintain its setpoint.
o
A 74°F (adj.) cooling setpoint
o
A 70°F (adj.) heating setpoint.
Unoccupied Mode (night setback): The unit will maintain
o
A 85°F (adj.) cooling setpoint.
o
A 55°F (adj.) heating setpoint.
High Zone Temp: If the zone temperature is greater than the cooling setpoint by a user
definable amount (adj.).
Low Zone Temp: If the zone temperature is less than the heating setpoint by a user
definable amount (adj.).
Zone Damper Control:
The cooling and heating deck zone dampers will modulate in sequence to maintain zone
temperature cooling and heating setpoints.
The economizer will close whenever:
AND the economizer (if present) is disabled or fully open.
High Cooling Supply Air Temp: If the cooling supply air temperature is 5°F
(adj.) greater than setpoint.
Space Temperature Control - Scheduled:
The unit will run according to a user definable time schedule in the following modes:
Alarms will be provided as follows:
Mixed air temperature drops from 55°F to 46°F (adj.)
Alarms will be provided as follows:
Low Return Air Temp: If the return air temperature is less than 45°F (adj.).
Outside air temperature is less than 65°F (adj.).
Outside air temperature is greater than 60°F (adj.).
The cooling coil valve will open to 50% (adj.) whenever the freezestat (if present) is
on.
High Return Air Temp: If the return air temperature is greater than 90°F (adj.).
Occupied Mode: The unit will maintain
Low Heating Supply Air Temp: If the heating supply air temperature is
5°F (adj.) less than setpoint.
Supply Fan in Hand: Commanded off, but the status is on.
(adj.).
Alarms will be provided as follows:
Alarms will be provided as follows:
Supply Fan Failure: Commanded on, but the status is off.
Supply Fan Runtime Exceeded: Status runtime exceeds a user definable limit
Return Air Temperature:
The controller will monitor the return air temperature and use as required for economizer control
(if present).
OR the freezestat (if present) is on.
Economizer:
The controller will measure the mixed air temperature and modulate the economizer
dampers in sequence to maintain a setpoint 2°F less than the cooling supply air
temperature setpoint. The outside air dampers will maintain a minimum adjustable
position of 20% (adj.) open whenever occupied.
Alarms will be provided as follows:
Low Return Air Humidity: If the return air humidity is less than 5% (adj.).
Outside air temperature is less than 65°F (adj.).
The outside and gravity relief air dampers will close and the return air damper will open
when the unit is off. If Optimal Start Up is available the mixed air damper will operate as
described in the occupied mode except that the outside air damper will modulate to fully
closed.
Mixed Air Temperature:
The controller will monitor the mixed air temperature and use as required for economizer
control (if active).
Elementary School
Michigan 48xxx
Alarms will be provided as follows:
Metro Environmental, Inc.
Multi-Zone MZ-1 Sequence Of Operation
High Mixed Air Temp: If the mixed air temperature is greater than 90°F (adj.).
REV: 0
Low Mixed Air Temp: If the mixed air temperature is less than 45°F (adj.).
Return Air Humidity:
The controller will monitor the return air humidity and use as required for economizer
control (if active).
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
17 of 46
Bill of Materials
DID
PANEL C
RSPL
TR-1,2
ZDA
ZDAT
ZN551
Red (Not Used)
120vac
+
_
Yellow
Blue
Black
White
AO-1 – Zone Damper Control 5/10vdc
DESCRIPTION
24'' X 24'' ENCLOSURE+PERF PANEL
ZONE SENSOR WITH ADJUSTMENT AND OVERRIDE BUTTON
TRANSFORMER 120/24VAC 100VA
EXISTING DAMPER ACTUATOR 120VAC 2/15VDC
ZONE DISCHARGE AIR TEMPERATURE
ZN551
MANUFACTURER
HOFFMAN
AUTOMATED LOGIC
FUNCTIONAL DEVICES
INVENSYS
BAPI
AUTOMATED LOGIC
PART NUMBER
A24N24ALP + A24N24MPP
RSPL
TR100VA001-28
MP-5430-0-0-3
ALC/10K-T2-D-8''
ZN551
QTY
1 ea
0 ea
2 ea
3 ea
3 ea
0 ea
Existing
ZDA
IN-1 – Zone Discharge Air Temp
Hot
Deck
N.O.
ZDAT
T
DTS-1
Pg-7
Typical of
3 Zone
Cold
Deck
DA
BI - Zone Override
N.C.
AI - Zone Setpoint Adjust
Gnd
Rnet+
Rnet-
IN-1
Gnd
IN-2
Gnd
IN-3
ZN551
DEV: 41
Zone 1
o
A 85°F (adj.) cooling setpoint.
o
A 55°F (adj.) heating setpoint.
Alarms will be provided as follows:
DO-5
High Zone Temp: If the zone temperature is greater than the cooling
setpoint by a user definable amount (adj.).
DO-4
DO-3
Gnd
Gnd
DO-2
Low Zone Temp: If the zone temperature is less than the heating setpoint by
a user definable amount (adj.).
IN-4
IN-5
LED
DO-1
BUS
Zone Damper Control:
The cooling and heating deck zone dampers will modulate in sequence to maintain
zone temperature cooling and heating setpoints.
MZ-1 Typical Temperature
Control For 3 Zones
Discharge Air Temperature:
The controller will monitor the discharge air temperature.
Panel “C”
Alarms will be provided as follows:
24"
Multi-Zone MZ-1 Temperature Control Panel
TM
OverBACnet
ARCNET156
KBaud
Gn+ Aux Power Out
Sele
d
+5 ct +24
V
V
Class 2
24Vac, 5060 Hz
20VA,
0.83A
Use
Copper
Batt
Conductor
On
Off
High Discharge Air Temp: If the discharge air temperature is greater than
120°F (adj.).
Gn
24Vd
ac
Power
-
CR20
s Only
32
+
Tx
1 +
Gn IN-1
CMnet
2
Shie
d
R
3 +
ld
Gn IN-2
Net- x
4
Net
d
5 +
+
Gn IN-3
Bias
6
d
7 +
Gn IN-4
12
CONTROL MODULE
8
DO-6
d
Inputs: All
11
9 +
Outputs
1 Gn IN-5
10V Max, 20mA
10
DO-5
24V Max,
0 d
Max
9
11 +
Caution:3A Max
Gn IN-6
To Reduce the Risk ofDO-4 8
12
IN-1, IN-2: Pulse
d
Fire
7
13 +
Count Ability
Gn IN-7
or Electrical Shock, Do
6
14
d
Not interconnect the DO-3 5
15 +
Outputs of
Gn IN-8
4
16
DO-2
Different
Auto Class
Off 2
d
Universal
3
17 +
Circuits.On
Input
Gn IN-9
2
18
DO-1
Mode Select
d
1
Thermi
19 +
GnIN-10
ster/
20
0d
dry 0-10VMSTP
Gn
20mA contact dc
8
76.8Baud
AO-4 d
/
k
+ 7
38.4
Gn
LogiStat
RTD
Cmnet
6
k
Port
AO-3 d
Mode
MST
Ru 19.2
+ 5
Gn
k
P
LogiStat (IN-9,
n
4
960
ARC
10 disabled)
AO-2 d
Rnet
Stat
0
156
+ 3
Erro
Gn
Local
2
Rn Select
r
Access
AO-1 d
Module
For
et
+ 1
Address mat
1 2
10's01
1's
AO Mode0O
9
901
3 4
0- Select
N
20m
10V
A
CR1
CR2
SE6104
Gnd
Rne
Rne
t+
+12
tSen
V
se
78
ZN220
7
6.
8k
ZONE 1
Class 2
24 Vac,
50-60 Hz
20VA,
0.83A
24Vdc,
0.2A, 5W
Use
Copper
DO-2
Conductor
DO-1
s Only
Power for D.O.'s
BUSS
®
CONTROLL
ER
Elementary School
BACnet
CM
net
456
456
456
ZONE 2
CAUTION:
To Reduce the
Risk of Fire
or Electric Shock,
Do Not
CAUTION: the
Interconnect
This product
Outputs
of was
designed Class 2
Different
to be mounted
Circuits.
inside the
building envelope.
Warranty voided if
mounted outside.
Michigan 48xxx
Jumper:
Ground
at
Gain1 24 Vac
Pwr
Run
ErrThermist
IN-1or/dry
Thermist
contact
IN-2or/dry
0-5Vdc
contactO
4 n
0-5Vdc
3
2
1
On Ten
es
s
456
1
O2
N3
4
CM
net
456
23
23
Rnet
23
456
456
23
456
On Ten
es
s
BACnet ®
78
23
Class 2
24 Vac,
50-60 Hz
20VA,
0.83A
24Vdc,
0.2A, 5W
Use
Copper
DO-2
Conductor
DO-1
s Only
Power for D.O.'s
BUSS
CONTROLL
ER
23
ZN220
7
6.
8k
901
k MSTP
4k
Baud
Fo Lstat
rm Rnet
Rx
Tx
Net +
Net - Batt
Shield - +
CR
78
203
2
Sen
78
+12
se
Rne
V
Rne
tt+
Gnd
Gnd
Rne
9
Rne
t+
6
+12
tV Inputs: 0
IN-1
Gnd 5V Max 0
IN-2
Gnd
901
CAUTION:
To Reduce the
Risk of Fire
or Electric Shock,
Do Not
CAUTION: the
Interconnect
This product
Outputs
of was
designedClass 2
Different
to be mounted
Circuits.
inside the
building envelope.
Warranty voided if
mounted outside.
Communic
M
ations
AR
ST
19Selection
3
C1
P
.2
8.
56
78
901
ErrThermist
IN-1or/dry
Thermist
contact
IN-2or/dry
0-5Vdc
contactO
4 n
0-5Vdc
3
2
1
901
901
901
901
78
901
78
Bias
rm Rnet
Ground
Jumper:
at
Gain1 24 Vac
Pwr
Run
Rx
Communic
M
ations
AR
ST
19Selection
3
C1
P
.2
8.
56
k MSTP
4k
Baud
ZN220
7
6.
8k
1
O2
N3
4
Fo Lstat
Bias
Tx
Net +
Net - Batt
Shield - +
CR
78
203
2
Sen
78
+12
se
Rne
V
Rne
tt+
Gnd
Gnd
Rne
9
Rne
t+
6
+12
tV Inputs: 0
IN-1
Gnd 5V Max 0
IN-2
Gnd
Rnet
Rnet
1
CM
net
456
456
456
456
ErrThermist
IN-1or/dry
Thermist
IN-2contact
or/dry
0-5Vdc
contactO
4 n
0-5Vdc
3
2
1
On Ten
es
s
901
CAUTION:
To Reduce the
Risk of Fire
or Electric Shock,
Do Not
CAUTION: the
Interconnect
This product
Outputs
of was
designedClass 2
Different
to be mounted
Circuits.
inside the
building envelope.
Warranty voided if
mounted outside.
Communic
M
ations
AR
ST
19Selection
3
C1
P
.2
8.
56
k MSTP
4k
Baud
O2
N3
4
Fo Lstat
rm Rnet
Jumper:
Ground
at
Gain1 24 Vac
Pwr
Run
Rx
Tx
Net +
Net - Batt
Shield - +
CR
78
203
2
Sen
78
+12
se
Rne
V
Rne
tt+
Gnd
Gnd
Rne
9
Rne
t+
6
+12
tV Inputs: 0
IN-1
Gnd 5V Max 0
IN-2
Gnd
901
901
78
901
78
23
78
23
23
Bias
24"
Low Discharge Air Temp: If the discharge air temperature is less than 40°F
(adj.).
23
Gnd
Tem
p
Sw
LS5
v
Gnd
Rne
Rne
t+
+12
tV
Rnet
23
AUTOMATED LOGIC
IN-1 Zone Discharge Air Temperature
AO-1 5/10vdc To Zone Damper
Gnd
456
MANUAL
ON
A 70°F (adj.) heating setpoint.
AO-1
23
Rnet
o
T1
24 Vac
+12V
OCCUPIED
T2
Gnd
Net Shield
WARMER
COOLER
Net +
23
ARCnet
A 74°F (adj.) cooling setpoint
Unoccupied Mode (night setback): The unit will maintain
23
To Or From Next
Network Module
o
456
RSPL
Occupied Mode: The unit will maintain
AI - Zone Temp
T
CM-41 Zone 1
CM-42 Zone 2
CM-42 Zone 3
Zone Temperature Control Run Conditions - Scheduled:
The unit will run according to a user definable time schedule in the following modes:
ZONE 3
Metro Environmental, Inc.
Class 2
24 Vac,
50-60 Hz
20VA,
0.83A
24Vdc,
0.2A, 5W
Use
Copper
DO-2
Conductor
DO-1
s Only
Power for D.O.'s
BUSS
CONTROLL
ER
BACnet®
Multi-Zone MZ-1 Zone Control
REV: 0
Control Panel Layout
TR1
TR2
Note:
TR1 Serves SE6104A
TR2 Serves Zone 1, 2 & 3 Controllers
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
18 of 46
Bill of Materials
RA
DID
CO2
E RIB-1,2
E RIB-3,4
E-CS
E-DM1
E-DM2
E-DPS
E-FRZ
E-V1 AHU1
MAT
PANEL B
RSPL
SE6104a
TR-1
IN-6 – Filter Differential Pressure Sw.
AO-3 Face & By-Pass Dampers
CO2
IN-1 Return Air Co2
C
Interlock Wiring To Fan Starter
IN-7 Freezestat
E-DM1
AO-1 OA & RA Dampers
+
-
T1
DO-3 – Cooling 1st Stage
T1
+ -
E-DM2
MANUFACTURER
VERIS
CORE
CORE
VERIS
INVENSYS
INVENSYS
INVENSYS
INVENSYS
INVENSYS
BAPI
INVENSYS
AUTOMATED LOGIC
AUTOMATED LOGIC
FUNCTIONAL DEVICES
PART NUMBER
CDE
CVR-11C
CVR-11C
E112-700
MP-5430
MM-500-0-0-1
PC-301
TC-5232
VS-7313-267-4-9 MP-5430-0-0-3
ALC/10K-2-A-24'
N/A
RSPL
SE6104A
TR100VA001-28
N.O.
IN-3 – Discharge Air Temperature
3
1
2
PDS
E-DPS
N.C.
E-FRZ
T DAT
HW
SF
SA
DX
N.O.
OL'S
MS
M
MAT
L1
208/230
L2
VAC
L3
Existing
Smoke Detector
IN-4 – Fan Status
E-CS
IN-2 – Mixed Air Temp
MTR
Interlock Wiring To Fan Starter
Black / Blue
24v
Com
120VAC
O
IN-5 – Pump Status
E-CS
E-V1
AHU1
Red
NC
C
H
DO-2 – Pump Status
A
E-FZ
OL'S
Set 38F
OL'S
MS
Motor
Starter
E-CS
FUSE
Black
HWHR
MTR
DO-1- Fan S/S
E-CS
FUSE
24"
A
H
Panel “B”
120VAC
O
HWHS
Supply Fan Motor
Starter Control
T2
E-Rib #1
IN-5 Pump Status
NO
AI - Zone Temp
MS
Smoke
Detector
L1
208/230
L2
VAC
L3
BI - Zone Override
AI - Zone Setpoint Adjust
IN-4 Fan Status
DO-1 – Fan Start/Stop
Starter
+ Yellow
_ / White
AO-2 Heating Valve 0/20mA
T
OL'S
MS
AHU-1 Multi Purpose Room Temperature Control Panel
Gnd
Tem
p
Sw
LS5
78
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
®
BACnet
Aux Power Out
Over ARCNET156 KBaud
+5V
Select
Discharge Air Temperature
Supply Fan Status
Pump Status
Clogged Filter Alarm
Freezestat - Open Contact Is Alarm
1
IN-1
2
IN-2
3
Gnd
4
IN-3
5
IN-4
6
Gnd
7
IN-5
8
IN-6
9
Gnd
+24V
IN-1, IN-2: Pulse Count Ability
1
2
3
4
5
6
7
8
9
10
11
12
10 IN-7
11 IN-8
12 Gnd
1
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
Gnd
Inputs: All
10V Max, 20mA Max
On
Off
Gnd
24V ac
TR-1
Power
Cable 10
With Red Tape
-
Batt
CR2032
+
T1
CM-50
Shield
Rx
Net-
To Or From Next
Network Module
ARCnet
Net+
BT485
SE6104a
12
DO-6
CONTROL MODULE
DO-5
Outputs
24V Max, 3A Max
mA
Thermistor/
dry contact/
RTD
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
Odd Even
L1 L2 G
T2
Tx
BACnet
Universal Input
Mode Select
Gn
24Vd
ac
24"
456
+
Gnd
Off
23
23
+
On
Power
-
SE6104
Pump Motor
Starter Control
v
Gnd
Rne
Rne
t+
+12
tV
Rnet
Gnd
Class 2
24Vac, 5060 Hz
20VA,
0.83A
Use
Copper
Batt
Conductor
Gnd
Rne
Rne
t+
+12
tSen
V
se
E-Rib #2
TM
OverBACnet
ARCNET156
KBaud
CR20
s Only
32
+
Tx
1 +
Gn IN-1
CMnet
2
Shie
d
R
3 +
ld
Gn IN-2
Net- x
4
Net
d
5 +
+
Gn IN-3
Bias
6
d
7 +
Gn IN-4
12
CONTROL MODULE
8
DO-6
d
Inputs: All
11
9 +
Outputs
1 Gn IN-5
10V Max, 20mA
10
DO-5
24V Max,
0 d
Max
9
11 +
Caution:3A Max
IN-6
Gn
To Reduce the Risk ofDO-4 8
12
IN-1, IN-2: Pulse
d
Fire
7
13 +
Count Ability
Gn IN-7
or Electrical Shock, Do
6
14
DO-3
d
Not interconnect the
5
15 +
Outputs of
Gn IN-8
4
16
DO-2
Different
Auto Class
Off 2
d
Universal
3
17 +
Circuits.On
Input
Gn IN-9
2
18
DO-1
Mode Select
d
1
Thermi
19 +
GnIN-10
ster/
20
0d
dry 0-10VMSTP
Gn
20mA contact dc
8
76.8Baud
AO-4 d
/
k
+ 7
38.4
Gn
LogiStat
RTD
Cmnet
6
k
Port
AO-3 d
Mode
MST
Ru 19.2
+ 5
Gn
k
P
LogiStat (IN-9,
n
4
960
ARC
10 disabled)
AO-2 d
Rnet
0
156
Stat
+ 3
Erro
Gn
Local
2
Rn Select
r
Access
AO-1 d
Module
For
et
+ 1
Address mat
1 2
10's01
1's
AO Mode0O
9
901
3 4
0- Select
N
20m
10V
A
78
T2
Gn+ Aux Power Out
d
Sele
+5 ct +24
V
V
456
DO-2- Pump S/S
Return Air CO2
Mixed Air Temperature
QTY
1 ea
2 ea
2 ea
2 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
0 ea
0 ea
1 ea
DO-4 – Cooling 2nd Stage
3 1 2
N.C.
OA
DESCRIPTION
RETURN AIR DUCT MOUNTED CO2 SENSOR
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC CONTROL RELAY
EXISTING CURRENT SWITCH
EXISTING DAMPER MOTOR 120VAC 2/15VDC CONTROL
EXISTING DAMPER MOTOR 120VAC 2/15VDC CONTROL
EXISTING CLOGGED FILER DIFFERENTIAL PRESSURE SWITCH
EXISTING FREEZESTAT DPST
EXISTING 3-WAY 1-1/4'' 6/9VDC CONTROL
MIXED AIR AVG. TEMP. SENSOR
EXISTING INVENSYS COMMUNICATIONS PANEL
ZONE SENSOR WITH ADJUSTMENT AND OVERRIDE BUTTON
SE6104A
TRANSFORMER 120/24VAC 100VA
DO-3
Auto Off On
DO-2
DO-1
DO-6
12
11
10
11
DO-5
10
9
8
9
E-Rib #4
2nd Stage Cooling Start / Stop
DO-4
8
7
6
7
E-Rib #3
1st Stage Cooling Start / Stop
5
4
5
DO-2
4
3
3
2
2
DO-1
1
E-Rib #2
Heating Pump Start /Start
SF Fan Start / Stop E-Rib #1
T1
TR1
Wire To Enable 1st Stage Cooling
DO-3
6
Wire To Enable 2nd Stage Cooling
T2
T2
Wire To Enable Heating Pump
Elementary School
T2
Wire To Enable Supply Fan Motor Starter
Michigan 48xxx
T2
1
Metro Environmental, Inc.
Logistat
Gnd
2 Temp
Gnd
Sw
WARMER
Rn+
7
LS5v
LogiStat
Port
Run
Gnd
Rn-
Rnet+
Rnet-
8 +12V
+12V
BACnet Mode
19.2k
MSTP
9600
ARC156
Error
Local Access
Module Address
10's
1's
Format
7
Gnd 8
AO-4 +
6
7
Gnd 6
AO-3 + 5
Gnd 4
AO-2 + 3
Gnd 2
AO-1 + 1
AO-3
901
23
Made in USA
901
23
SE6104A
1
O
N
2
3
4
Face and By-Pass Dampers 2/10vdc
REV: 0
5
4
AO-2
2
AO-1
1
Submittal
2/08/10
JOB NO: Cxxxx
Heating Valve 0/20mA
3
Rnet
AUTOMATED LOGIC
78
Gnd
6
78
MANUAL
ON
5
AHU-1 Control
AO-4
38.4k
Gnd
Rnet+
Rnet+12V
Sense
OCCUPIED
Sw
Rnet
Rnet
Temp
4 LS5v
COOLER
8
76.8k
456
3
MSTP Baud
Stat
Select
456
1
Mixing Dampers 2/10vdc
DRAWN BY : TL
CHECKED BY : TS
AO Mode Select
0-10V
0-20mA
19 of 46
Single Zone Unit (typical of 1)
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the following modes:
Occupied Mode: The unit shall maintain
o
A 75°F (adj.) cooling setpoint
o
A 72°F (adj.) heating setpoint.
Unoccupied Mode (night setback): The unit shall maintain
o
A 85°F (adj.) cooling setpoint.
o
A 62°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the cooling setpoint by a user definable amount
(adj.).
Low Zone Temp: If the zone temperature is less than the heating setpoint by a user definable amount (adj.).
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and cooling setpoints at the zone sensor.
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This algorithm shall minimize the unoccupied
warm-up or cool-down period while still achieving comfort conditions by the start of scheduled occupied period.
Zone Unoccupied Override:
A timed local override control shall allow an occupant to override the schedule and place the unit into an occupied
mode for an adjustable period of time. At the expiration of this time, control of the unit shall automatically return
to the schedule.
Freeze Protection:
The unit shall shut down, the heating valve will open and the DDC will generate an alarm upon receiving a
freezestat status. The existing freezestat cut-out is set at 35F.
Supply Fan:
The supply fan shall run anytime the unit is commanded to run, unless shutdown on safeties. To prevent short
cycling, the supply fan shall have a user definable (adj.) minimum runtime. Existing motor starter current switch
will monitor the fan status.
Alarms shall be provided as follows:
Supply Fan Failure: Commanded on, but the status is off.
Supply Fan in Hand: Commanded off, but the status is on.
Supply Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).
Heating Coil Pump
During the occupied mode the heating coil pump will be enabled anytime the outdoor temperature falls
below 55F (adj.). Pump status is monitored via existing motor starter current switch. An alarm will be
generated if an abnormal condition occurs.
Alarms shall be provided as follows:
Pump Failure: Commanded on, but the status is off.
Pump in Hand: Commanded off, but the status is on.
Pump Runtime Exceeded: Status runtime exceeds a user definable limit
Heating Coil Valve:
Below 55F (adj.) and above 38F (adj.) outdoor air temperature the controller shall measure the zone air
temperature and modulate the heating coil valve to maintain the zone heating setpoint. Below 38F outdoor
air temperature the heating coil valve will remain full open to the coil and the face and By-Pass dampers will
modulate..
Cooling Stages:
The controller shall measure the zone temperature and stage the cooling to maintain its cooling setpoint. To
prevent short cycling, there shall be a user definable (adj.) delay between stages, and each stage shall have a user
definable (adj.) minimum runtime.
The cooling shall be enabled whenever:
Outside air temperature is greater than 60°F (adj.).
AND the economizer (if present) is disabled or fully open.
AND the zone temperature is above cooling setpoint.
AND the supply fan status is on.
AND the heating is not active.
Continued On Next Page
Face & By-Pass Dampers
When outdoor air temperature is above 55F (adj.) the heating coil Face & Bypass dampers will be in the Bypass
position. When the outdoor air temperature is between 55F (adj.) and 38F (adj.) the Face and By-Pass dampers
will remain in the Face position. Below 38F the Face and By-Pass dampers will modulate to maintain 55F (adj.)
discharge air temperature.
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
AHU-1 Sequence Of Operation
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
20 of 46
Economizer:
The controller shall measure the zone temperature and modulate the economizer dampers in sequence to
maintain a setpoint 2°F less than the zone cooling setpoint. The outside air dampers shall maintain a minimum
adjustable position of 20% (adj.) open whenever occupied.
The economizer shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the outside air temperature is less than the return air temperature.
AND the supply fan status is on.
The economizer shall close whenever:
Mixed air temperature drops from 50°F to 45°F (adj.).
OR on loss of supply fan status.
OR the freezestat (if present) is on.
The outside air dampers shall close and the return air damper shall open when the unit is off. If Optimal Start Up is
available, the mixed air damper shall operate as described in the occupied mode except that the outside
air damper shall modulate to fully closed.
Minimum Outside Air Ventilation – Return Air CO2 Monitoring:
The outside air dampers will remain closed and begin to modulate toward the minimum position when the return
air CO2 climbs above 1000 ppm (adj.) during building occupied hours. During unoccupied hours the outdoor
dampers will remain closed.
.
Prefilter Status:
The controller shall monitor the prefilter status.
Alarms shall be provided as follows:
Prefilter Change Required: Existing prefilter differential pressure switch exceeds a user definable switch
limit (adj.).
Mixed Air Temperature:
The controller shall monitor the mixed air temperature and use as required for economizer control (if present) or
preheating control (if present).
Alarms shall be provided as follows:
High Mixed Air Temp: If the mixed air temperature is greater than 90°F (adj.).
Low Mixed Air Temp: If the mixed air temperature is less than 45°F (adj.).
Supply Air Temperature:
The controller shall monitor the supply air temperature.
Alarms shall be provided as follows:
High Supply Air Temp: If the supply air temperature is greater than 120°F (adj.).
Low Supply Air Temp: If the supply air temperature is less than 45°F (adj.).
Unoccupied Mode:
During the unoccupied mode the mechanical cooling remains off . Below 40F outdoor air temperature the heating
coil valve will modulate and the heating pump will cycle to maintain a low limit plenum temperature of 50F (adj.).
The heating valve will open and the fan will cycle to maintain the unoccupied zone setpoint.
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
AHU-1 Sequence Continued
REV: 0
Note: The heating system piping is filled with an unknown glycol mixture.
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
21 of 46
Bill of Materials
DID
E-CS
E-DM1
E-DM2
E-DPS
E-FRZ
E-RIB1,2
E-V1 AHU
PANEL E
PANEL F
PANEL G
SE6104a
IN-4 – Filter Differential Pressure Sw.
AO-1 Face & By-Pass Dampers
DESCRIPTION
EXISTING CURRENT SWITCH
EXISTING DAMPER MOTOR 24VAC 2-POSITION W/ AUX SW.
EXISTING DAMPER MOTOR 24V 2/10VDC CONTROL
EXISTING CLOGGED FILER DIFFERENTIAL PRESSURE SWITCH
EXISTING FREEZESTAT DPST
EXISTING 24VAC CONTROL RELAY
EXISTING 3-WAY 1-1/4'' 6/9VDC CONTROL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
SE6104A
MANUFACTURER
VERIS
BELIMO
BELIMO
INVENSYS
INVENSYS
CORE
INVENSYS
HOFFMAN
HOFFMAN
HOFFMAN
AUTOMATED LOGIC
PART NUMBER
E112-700
AF24-S-US
AF24-SR-US
PC-301
TC-5232
CVR-11C
VS-7313-267-4-9 MP-5430-0-0-3
B12-P
B12-P
B12-P
SE6104A
QTY
2 ea
1 ea
1 ea
1 ea
1 ea
2 ea
3 ea
1 ea
1 ea
1 ea
0 ea
Interlock Wiring To Fan Starter
IN-5 Freezestat
IN-6 OA Dampers Status
T1
+ -
E-DM2
3 1 2
DO-1 OA Dampers
IN-1 – Discharge Air Temperature
T2
1 2
E-DM1
PDS
E-DPS
N.C.
E-FRZ
T DAT
HW
N.C.
SF
SA
N.O.
M
Existing
Smoke Detector
IN-2 – Fan Status
E-CS
Interlock Wiring To Fan Starter
Black / Blue
Starter
L1
208/230
L2
VAC
L3
DO-3 – Pump Start/Stop
IN-2 Fan Status
MTR
IN-3 Pump Status
NO
A
E-FZ
OL'S
DO-1- Fan S/S
MS
T2
E-Rib #1
+
Gnd
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
®
BACnet
Aux Power Out
Over ARCNET156 KBaud
+5V
Select
Discharge Air Temperature
Supply Fan Status
1
IN-1
2
IN-2
3
Gnd
Pump Status
Clogged Filter Alarm
4
IN-3
5
IN-4
6
Gnd
7
IN-5
8
IN-6
9
Gnd
10 IN-7
11 IN-8
1
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3
Gnd
Inputs: All
10V Max, 20mA Max
+
Net+
SE6104a
DO-5
Outputs
24V Max, 3A Max
mA
Thermistor/
dry contact/
RTD
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
Logistat
DO-3
DO-2
Gnd
Sw
Rnet
Gnd
6
Rn+
Gnd
7
Rn-
Rnet+
LS5v
Rnet-
8 +12V
+12V
Run
Module Address
10's
1's
78
901
23
78
901
23
Made in USA
Rne
Rnet
tMade in USA+12
V
Gnd
24V ac
BT48
Net+
5
12
DO-6
11
10
DO-5
9
8
DO-4
7
6
DO-3
5
4
DO-2
3
2
DO-1
1
MSTP
76.8Baud
k
38.4
BACnet
k
Mode
MST
Ru 19.2
k
P
n
960
ARC
0
156
Erro
r
Module For
Address mat
1
2
10's 1
1's
O
90
901
3
4
N
Gn
8
AO-4 +
d 7
Gn
6
AO-3 +
d 5
Gn
AO-2 d 4
+ 3
Gn
2
AO-1 +
d 1
AO Mode00- Select
20m
10V
A
DO-4
8
7
6
7
E-Rib #2
Heating Pump Start /Start
DO-3
6
5
4
5
SF Fan Start / Stop
DO-2
4
3
2
3
2
DO-1
1
E-Rib #1
Open OA Damper Motor
Wire To Enable Heating Pump
T2
Wire To Enable Supply Fan Motor Starter
Elementary School
T2
T1
Michigan 48xxx
1
Metro Environmental, Inc.
BACnet Mode
19.2k
MSTP
9600
ARC156
Format
1
O
N
Off
8
9
Gnd
AO-3 +
Gnd
AO-2 +
Gnd
AO-1 +
2
3
4
AHU-2, 3 & 4 Control
7
Gnd 8
AO-4 +
6
7
6
5
4
3
2
1
AO-3
5
4
AO-2
Heating Valve 0/20mA
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
3
2
AO-1
Face and By-Pass Dampers 2/10vdc
DRAWN BY : TL
1
CHECKED BY : TS
Rnet
SE6104A
Local
Access
On
Power
+
Tx
BACn
Shie
et
ld
R
Net- x
8
Error
Local Access
Gnd
Rnet+
Rnet+12V
Sense
5
Stat
Select
Rne
t+
AO-4
38.4k
LogiStat
Port
Logist
at
LS5
Rnet
LogiStat
v
Port
Gnd
9
76.8k
Temp
Sw
Sw
DO-5
10
SE6104a
2 Circuits.
Tem
p
10
Class 2
24Vac, 5060 Hz
20VA,
0.83A
Use
Copper
Batt
Conductor
CR20
s Only
32
8 + IN-6
Gn
9
1 d
+ IN-7
CONTROL MODULE
0 + IN-8
11
Universal
Gn
12
Thermi
Input
Outputs
d
1 + IN-9
stor/ mA
Mode Select Caution:
24V Max,
To Reduce the
2 + IN-10
dry
3A Max
Gn
Risk of Fire
3Inputs: All contact
d
or Electrical
10V Max, 20mA/ VoltsOd Eve
Shock, Do Not
RTD
Max
d n
interconnect the
OutputsAuto
of Off
On
Different Class
Gnd
11
11
MSTP Baud
Stat
Select
4 LS5v
Sele
ct
IN-1, IN-2: Pulse
+24
Count
Ability
V
1 + IN-1
+ IN-2
2 Gn
3
d
4 + IN-3
5 + IN-4
Gn
6
d IN-5
7 +
DO-6
12
Over ®
BACnet
ARCNET156
KBaud
Aux Power+5V
Out
To Or From Next
Network Module
12
DO-6
CONTROL MODULE
456
3
+
Gnd
ARCnet
BT485
DO-1
Gnd
Rx
Net-
Auto Off On
2 Temp
CM-51 AHU-2
CM-52 AHU-3
CM-53 AHU-4
Tx
Shield
Odd Even
1
12"
T1
BACnet
Universal Input
Mode Select
L1 L2 G
T2
23
12 Gnd
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
208/24vac
E-TR
Gnd
24V ac
23
1
2
3
4
5
6
7
8
9
10
11
12
Off
Power
Batt
CR2032
45 6
Freezestat Open Contact Is Alarm
OA Damper Status
+24V
IN-1, IN-2: Pulse Count Ability
On
Panel “E”
Panel “F”
Panel “G”
12"
+
Supply Fan Motor
Starter Control
Pump Motor
Starter Control
T2
E-Rib #2
Gnd
MS
Smoke
Detector
A
DO-3- Pump S/S
OL'S
Set 38F
120VAC
O
H
120VAC
O
H
E-CS
FUSE
HWHS
E-CS
FUSE
Gnd
Rnet+
Rnet+12V
Sense
NC
C
MTR
78
HWHR
E-V1 AHU
OL'S
MS
Motor
Starter
78
Red
L1
208/230
L2
VAC
L3
IN-3 – Pump Status
E-CS
+ Yellow
_ / White
AO-2 Heating Valve 0/20mA
OL'S
MS
Black
456
24v
Com
DO-2 – Fan Start/Stop
456
OA
AO Mode Select
0-10V
0-20mA
22 of 46
Makeup Air Unit - Supply Air Temp (typical of 3)
Run Conditions - Interlocked:
The AHU-2, 3 & 4 units run via the DDC occupied mode time schedule unless shutdown on safeties.
Freeze Protection:
The unit shall shut down and generate an alarm upon receiving a freezestat status. The setpoint for the
existing freezestat is 35F adjustable at the freezestat. The heating coil valve shall open to 100% (adj.)
whenever the freezestat is on.
Outside Air Damper:
The outside air damper shall open anytime the unit runs and shall close anytime the unit stops. The supply
fan shall start only after the damper status has proven the damper is open. The outside air damper shall close
10 sec (adj.) after the supply fan stops.
Alarms shall be provided as follows:
Outside Air Damper Failure: Commanded open, but the status is closed.
Outside Air Damper in Hand: Commanded closed, but the status is open.
Supply Fan:
The supply fan shall run anytime the unit is commanded to run. To prevent short cycling, the supply fan
shall have a user definable (adj.) minimum runtime, unless shutdown on safeties. The status of the fan is
monitored via existing motor starter current switch.
Alarms shall be provided as follows:
Supply Fan Failure: Commanded on, but the status is off.
Supply Fan in Hand: Commanded off, but the status is on.
Supply Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).
Heating Coil Valve:
Below 55F (adj.) and above 38F (adj.) outdoor air temperature the controller shall measure the supply air
temperature and modulate the heating coil valve to maintain its discharge air 55F (adj.) heating setpoint.
Below 38F outdoor air temperature the heating coil valve will remain full open to the coil.
Prefilter Status:
The controller shall monitor the prefilter status.
Alarms shall be provided as follows:
Prefilter Change Required: Existing prefilter differential pressure switch exceeds a user definable
limit (adj.).
Supply Air Temperature:
The controller shall monitor the supply air temperature.
Alarms shall be provided as follows:
High Supply Air Temp: If the supply air temperature is greater than 120°F (adj.).
Low Supply Air Temp: If the supply air temperature is less than 45°F (adj.).
Unoccupied Mode:
During the unoccupied mode the fans remain off, outdoor dampers are closed and mechanical cooling is
disabled. Fan cycles with the modulating heating valve to maintain the unoccupied zone setpoint. Below
40F outdoor air temperature the heating coil valve will modulate and the heating pump will cycle to
maintain a low limit plenum temperature of 50F (adj.).
Note: The heating system piping is filled with an unknown glycol mixture.
Supply Air Temperature Setpoint - Fixed:
The controller shall monitor the supply air temperature and shall maintain a fixed supply air temperature
setpoint of 55°F (adj.).
Face & By-Pass Dampers
When outdoor air temperature is above 55F (adj.) the heating coil Face & Bypass dampers will be in the
Bypass position. When the outdoor air temperature is between 55F (adj.) and 38F (adj.) the Face and ByPass dampers will remain in the Face position. Below 38F the Face and By-Pass dampers will modulate to
maintain 55F (adj.) discharge air temperature.
Heating Coil Pump
During the occupied mode the heating coil pump will be enabled anytime the outdoor temperature falls
below 55F (adj.). Pump status is monitored via existing motor starter current switch. An alarm will be
generated if an abnormal condition occurs.
Alarms shall be provided as follows:
Pump Failure: Commanded on, but the status is off.
Pump in Hand: Commanded off, but the status is on.
Pump Runtime Exceeded: Status runtime exceeds a user definable limit
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
AHU-2, 3 & 4 Sequence Of Operation
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
23 of 46
Bill of Materials
RA
IN-4 Clogged Filter Switch
T1
AO-1 – Mixing Dampers
N.O.
Wired To Fan Starter
IN-5 Freezestat Alarm
IN-2 Mixed Air Temp
2
+
IN-1 Discharge Air Temperature
DAS-1
Pg-7
1
3
CFS
HW
OA
HI
N.C.
E-DM2
2 1 3
SF
LO
DA
DX
M
Filter
E-V1 AHU-5 A
T1
AO-1 – Mixing Dampers
AO-2 – Heating Valve
+
Starter
B
2
1
3
T1
AB
HWHR
HWHS
Existing Relay
Located @
Cooling Unit
DO-2 – Cooling Start /Stop
T2
OL'S
MS
L1
L2
L3
SF
Motor
FUSE
E-CS
IN-3 Supply Fan Status
120VAC
O
A
H
E-FRZ
11
DO-1 Fan Start/Stop
OL'S
MS
12
T2
CR
Existing
Supply Fan Motor Starter Control Circuit
ZN253
E-TR
Lstat
Bias
Rx
CM-54
Thermistor/dry contact
0-5Vdc
Thermistor/dry contact
0-5Vdc
On
4
3
2
1
Gnd
Rnet +
Rnet -
Communications Selection
Rnet
Rnet
COOLER
MSTP
9600
19.2k
38.4k
76.8k
IN-1
MANUAL
ON
Gnd
Discharge Air Temperature -
AUTOMATED LOGIC
Inputs: 5V Max
E-CS
Single Zone Unit (typical of 1)
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the following modes:
Occupied Mode: The unit shall maintain
o
A 74°F (adj.) cooling setpoint
o
A 70°F (adj.) heating setpoint.
Unoccupied Mode (night setback): The unit shall maintain
o
A 85°F (adj.) cooling setpoint.
o
A 55°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the cooling setpoint by
a user definable amount (adj.).
Low Zone Temp: If the zone temperature is less than the heating setpoint by a
user definable amount (adj.).
Demand Limiting - Zone Setpoint Optimization:
To lower power consumption, the zone setpoints shall automatically relax when the
facility power consumption exceeds definable thresholds. The amount of relaxation
shall be individually configurable for each zone. The zone setpoints shall automatically
return to their previous settings when the facility power consumption drops below the
thresholds.
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and cooling setpoints
at the zone sensor.
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This algorithm shall
minimize the unoccupied warm-up or cool-down period while still achieving comfort
conditions by the start of scheduled occupied period.
Zone Unoccupied Override:
A timed local override control shall allow an occupant to override the schedule and
place the unit into an occupied mode for an adjustable period of time. At the expiration
of this time, control of the unit shall automatically return to the schedule.
Gnd
IN-3
Continued On Next Page
Gnd
Panel “H”
REV: 0
456
456
456
Re-Use Existing
Panel
456
78
Submittal
2/08/10
JOB NO: Cxxxx
Rnet
78
On Ten
s
es
CM
net
T1
901
Locate ZN253 In Existing AHU-5 Temperature
Control Panel
AHU-5 & Sequence Of Operation
Fo Lstat
Bias
Rx
rm Rnet
Jumper:
Ground
at
Tx
Net +
Gain1 24 Vac
Net - Batt
Pwr
Run
Shield - +
CR
ErrThermist
78
203
IN-1or/dry
Thermist
2
contact
Sen
IN-2or/dry
78
+12
0-5Vdc
se
Rne
contactO
V
Rne
4 n
t0-5Vdc
3
t+
Gnd
2
Communic
1
M
Gnd
ations
Rne
AR
9
ST
Rne
Gnd
t+
19Selection
3
7
C1
6
P
+12
tAO-3
.2
8.
6.
56
V Inputs: 0
IN-1
k MSTP
4k
8k
Gnd
Gnd 5V Max 0
Baud
AO-2
IN-2
Gnd
Gnd
IN-3
Class 2
AO-1
Gnd CAUTION:
24 Vac,
To Reduce the
50-60 Hz
Risk of Fire
20VA,
or Electric Shock, ZN253
CONTROLL 0.83A
Do Not
24Vdc,
ER
CAUTION: the
Interconnect
0.2A, 5W
This product
of was
Gnd Outputs
DO-2
Use
IN-4 Different
designedClass 2
DO-1
IN-5 to be mounted
Copper
Power for D.O.'s
BUSS
LED Circuits.
Conductor ®
inside the
BACnet
s Only
building envelope.
901
BACnet
DO-2 Cooling Start / Stop
DO-1 Supply Fan Start / Stop
12"
BUSS
23
LED
DO-2
DO-1
Power for D.O.'s
®
901
Freezestat - Open Contact Is Alarm -
CAUTION:
This product was designed
to be mounted inside the
building envelope. Warranty
voided if mounted outside.
23
IN-5
23
IN-4
901
21
Gnd
Metro Environmental, Inc.
23
Clogged Filter Alarm 22
Michigan 48xxx
12"
ZN253
Class 2
24 Vac, 50-60 Hz
20VA, 0.83A
CONTROLLER
24Vdc, 0.2A, 5W
Use Copper
Conductors Only
Elementary School
AO-1 Mixing Dampers Actuator
AO-1
Supply Fan Status -
CFS
E-FRZ
AO-2 Heating Valve
AO-2
CAUTION:
To Reduce the Risk of Fire
or Electric Shock, Do Not
Interconnect the Outputs of
Different Class 2 Circuits.
QTY
1 ea
1 ea
1 ea
2 ea
1 ea
1 ea
1 ea
1 ea
1 ea
0 ea
0 ea
AO-3
Gnd
MSTP Baud
IN-2
Gnd
Mixed Air Temperature -
PART NUMBER
AFS-222
H948
TS-2008BT
LF24-SR
FS50
TS-2008BT
AT175F1023
B217B+LF-SR
B12-P
RSPL
ZN253
Gnd
ARC156
+12V
OCCUPIED
4
IN-2
3
Sense
+12V
RnetRnet+
Gnd
Err
IN-1
2
CR
2032
1
23
WARMER
Pwr
Run
+
Tens
23
90 1
456
23
23
78
901
78
-
T1
24 Vac
Batt
Ones
456
901
456
78
90 1
78
456
Shield
O
N
Net -
Jumper: Gain1
Tx
CMnet
ARCnet
RSPL
T2
Ground
Net +
To Or From Next
Network Module
H N G
Rnet
Format
MANUFACTURER
CLEVELAND
VERIS
ALERTON
BELIMO
ALCO
ALERTON
HONEYWELL
BELIMO
HOFFMAN
AUTOMATED LOGIC
AUTOMATED LOGIC
DTS-1
Pg-7
E-DAT T
E-FRZ
T E-MAT
DESCRIPTION
CLOGGED FILER DIFFERENTIAL PRESSURE SWITCH
EXISTING CURRENT SWITCH WITH COMMAND RELAY
EXISTING DISCHARGE AIR TEMPERATURE SENSOR
EXISTING DAMPER MOTOR 24VAC 2/10VDC CONTROL
FREEZESTAT
EXISTING MIXED AIR TEMPERATURE SENSOR
120/24VAC 75VA TRANSFORMER
EXISITNG 3-WAY VALVE 24VAC 2/10VDC CONTROL - FAILS OPEN
EXISTING 12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
ROOM SENSOR WITH REMOTE ADJUSTMENT AND OVERRIDE
ZN253
1
O2
N3
4
E-DM1
DID
CFS
E-CS CR
E-DAT
E-DM1,2
E-FRZ
E-MAT
E-TR
E-V1 AHU5
PANEL H
RSPL
ZN253
Warranty voided if
mounted outside.
DRAWN BY : TL
CHECKED BY : TS
24 of 46
Freeze Protection:
The unit shall shut down and generate an alarm upon receiving a freezestat status.
Supply Fan:
The supply fan shall run anytime the unit is commanded to run, unless shutdown on safeties. To prevent short
cycling, the supply fan shall have a user definable (adj.) minimum runtime.
Alarms shall be provided as follows:
Supply Fan Failure: Commanded on, but the status is off.
Supply Fan in Hand: Commanded off, but the status is on.
Supply Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).
Cooling Stage:
The controller shall measure the zone temperature and stage the cooling to maintain its cooling setpoint. To prevent
short cycling, the stage shall have a user definable (adj.) minimum runtime.
The cooling shall be enabled whenever:
Outside air temperature is greater than 60°F (adj.).
AND the economizer (if present) is disabled or fully open.
AND the zone temperature is above cooling setpoint.
AND the supply fan status is on.
AND the heating is not active.
Heating Coil Valve:
The controller shall measure the zone temperature and modulate the heating coil valve to maintain its heating
setpoint.
The heating shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the zone temperature is below heating setpoint.
AND the supply fan status is on.
AND the cooling is not active.
The heating coil valve shall open whenever the freezestat (if present) is on.
The outside and exhaust air dampers shall close and the return air damper shall open when the unit is off. If
Optimal Start Up is available, the mixed air damper shall operate as described in the occupied mode except
that the outside air damper shall modulate to fully closed.
Minimum Outside Air Ventilation - Fixed Percentage:
The outside air dampers shall maintain a minimum position (adj.) during building occupied hours and be
closed during unoccupied hours.
Prefilter Differential Pressure Monitor:
The controller shall monitor the differential pressure across the prefilter.
Alarms shall be provided as follows:
Prefilter Change Required: Prefilter differential pressure exceeds a user definable limit (adj.).
Mixed Air Temperature:
The controller shall monitor the mixed air temperature and use as required for economizer control (if
present) or preheating control (if present).
Alarms shall be provided as follows:
High Mixed Air Temp: If the mixed air temperature is greater than 90°F (adj.).
Low Mixed Air Temp: If the mixed air temperature is less than 45°F (adj.).
Supply Air Temperature:
The controller shall monitor the supply air temperature.
Alarms shall be provided as follows:
High Supply Air Temp: If the supply air temperature is greater than 120°F (adj.).
Low Supply Air Temp: If the supply air temperature is less than 45°F (adj.).
Economizer:
The controller shall measure the zone temperature and modulate the economizer dampers in sequence to
maintain a setpoint 2°F less than the zone cooling setpoint. The outside air dampers shall maintain a minimum
adjustable position of 20% (adj.) open whenever occupied.
The economizer shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the outside air temperature is less than the return air temperature.
AND the supply fan status is on.
The economizer shall close whenever:
Mixed air temperature drops from 45°F to 40°F (adj.).
OR on loss of supply fan status.
OR the freezestat (if present) is on.
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
AHU-5 Sequence Continued
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
25 of 46
Bill of Materials
DID
E-SAT
E-TR
RSPL
ZN141v+
DESCRIPTION
EXISTING SUPPLY AIR TEMPERATURE SENSOR
120 / 24VAC 100VA TRANSFORMER W/ CIRCUIT BREAKER
WALL TEMP SENSOR WITH ADJUSTMENT
VAV TERMINAL BOX CONTROLLER
MANUFACTURER
ALERTON
FUNCTIONAL DEVICES
AUTOMATED LOGIC
AUTOMATED LOGIC
PART NUMBER
TS2020BT
TR100VA001
RSPL
ZN141V+
QTY
1 ea
1 ea
0 ea
0 ea
Sequence Of Operation
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the following modes:
AO - Zone Damper
Occupied Mode: The unit shall maintain
AI - Airflow
IN-3 Discharge Air Temperature
Monitor Only
M
T E-SAT
VAV Terminal
(Typical of One)
T
DA
A 74°F (adj.) cooling setpoint
o
A 70°F (adj.) heating setpoint.
AI - Zone Temp
Unoccupied Mode (night setback): The unit shall maintain
AI - Zone Setpoint Adjust
Serves West Area Of
Pre-School Wing
o
A 84°F (adj.) cooling setpoint.
o
A 60°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the cooling setpoint by a user definable
amount (adj.).
Low Zone Temp: If the zone temperature is less than the heating setpoint by a user definable
amount (adj.).
High
(with filter)
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and cooling setpoints at the zone sensor.
Flow
CAUTION:
To Reduce the Risk of Fire
or Electric Shock, Do Not
Interconnect the Outputs of
Different Class 2 Circuits.
Low
Rnet
LogiStat
CAUTION:
This product was designed
to be mounted inside the
building envelope. Warranty
voided if mounted outside.
U.S. Patent No. 6,715,690 B2
IN-2
0-5Vdc
Therm/dry
IN-1
0-5Vdc
Therm/dry
Variable Volume Terminal Unit - Flow Control:
The unit shall maintain zone setpoints by controlling the airflow through one of the following:
Format
Short pins
LStat =
or IN-3 =
Damper release button inside
Occupied:
ARC156
MSTP
1
0
9
1's
1
0
9
8 7
2 3
8 7
23
4
5
6
23
4
5
6
When zone temperature is greater than its cooling setpoint, the zone damper shall modulate
between the minimum occupied airflow (adj.) and the maximum cooling airflow (adj.) until the zone is
satisfied.
456
MSTP Baud
9600 19.2k 38.4k 76.8k
2 3
901
10's
+ -
456
Batt
CR2032
90 1
ZN141v+
78
Made in USA
78
On
4
Run
3
LogiStat/IN3 & 4
ZASF
Net -
Net +
BT485
+12V
Gnd
Rnet -
Shield
CMnet
Rnet
Power
24V ac
Tx
CW CCW
Motor
3
2
1
When the zone temperature is less than the cooling setpoint, the zone damper shall maintain the
minimum required zone ventilation (adj.).
O
N
1
Class 2
24Vac, 50-60 Hz
14VA, 0.58A
26Vdc, 0.1A, 3W
Use Copper
Conductors Only
Ground
Rx
Rnet +
IN-4
IN-3
LED
LStat/ZASF
Port
Gnd
IN-2
Inputs
IN-1
Gnd
Analog
Output
Inputs 1 & 2
0-5V, therm, dry
Power
®
Inputs 3 & 4
Therm, dry
Gnd
AO: 0-10 Vdc
5mA Max
Gnd
Output
24V Max,
1A Max
AO-1
BUS
Power for D.O.s
4
Error
2
BACnet
DO-1
AHU-5 Supply Air
o
BI - Zone Override
Sense
+12V
RnetRnet+
Gnd
Local
Access
Unoccupied:
When the zone is unoccupied the zone damper shall control to its minimum unoccupied airflow
(adj.).
E-TR
11
H N G
4
T2
When the zone temperature is greater than its cooling setpoint, the zone damper shall modulate
between the minimum unoccupied airflow (adj.) and the maximum cooling airflow (adj.) until the zone is
satisfied.
T1
E-SAT
RSPL
Monitor Only
WARMER
Elementary School
One Transformer Can
Server Up To Five
ZN141v+ Controllers
Michigan 48xxx
Metro Environmental, Inc.
COOLER
OCCUPIED
AHU-5 VAV Terminal Unit
MANUAL
ON
AUTOMATED LOGIC
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
26 of 46
Bill of Materials
DID
DAT
E RIB1,2
E-CS
E-DM-1,2
E-RIB-3,4,5
E-TR
E-V1 RTU1
E-ZDM
RAT
RSPL
SE6104a
IN-1 Return Air Temperature
T RAT
RF
RA
N.C.
EA
M
E-DM-2
3 1 2
AO-1 Mixing Dampers 2/10vdc
DESCRIPTION
DISCHARGE AIR TEMPERATURE SENSOR
EXISTING 24VAC CONTROL RELAY
EXISTING CURRENT SWITCH
EXISTING DAMPER ACTUATOR 24VAC 2/10VDC CONTROL
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC TRANSFORMER
EXISTING 3-WAY 1-1/4'' 6/9VDC CONTROL
EXISTING ZONE DAMPER ACTUATOR 24VAC 2/10VDC CONTROL
RETURN AIR TEMPERATURE
ZONE SENSOR WITH ADJUSTMENT AND OVERRIDE BUTTON
SE6104A
MANUFACTURER
BAPI
CORE
VERIS
BELIMO
FUNCTIONAL DEVICES
HONEYWELL
INVENSYS
BELIMO
BAPI
AUTOMATED LOGIC
AUTOMATED LOGIC
E-CS
Interlock Wiring By Unit Mfr.
AO-4 – Zone 2 Control 2/10vdc
277
R\W
R/W
Typical of 2 Zones
Controlled As 1
5
DO-2 – Return Fan Start/Stop
Starter
24V
QTY
1 ea
2 ea
3 ea
2 ea
3 ea
1 ea
1 ea
3 ea
1 ea
0 ea
0 ea
E-SMK
IN-7 – Return Fan Status
+
72
PART NUMBER
ALC/10K-T2-D-18''
CVR-11C
E112-700
AF24 MFT US
RIBU1C
N/A
VS-7313-267-4-9 MP-5430-0-0-3
NB24 MFT US
ALC/10K-T2-D-18''
RSPL
SE6104A
E-ZDM
3 1 2
AO-3 – Zone 1 Control 2/10vdc
177
R\W
E-DM-1
AO-1 Mixing Dampers 2/10vdc
+
72
5
DO-4 – Cooling 2nd Stage
3 1 2
177
3 1 2
R\W
DO-3 – Cooling 1st Stage
N.O.
R/W
E-ZDM
5
3 1 2
24V
Cold
Deck
DX
E-ZDM
N.C.
IN3 – Discharge Air Temperature
T
SF
OA
Typical of 2 Zones
Controlled As 1
N.C.
Trips @ 38F
Auto Reset
M
OL'S
MS
L1
208/230
L2
VAC
L3
IN-6 – Supply Fan Status
E-CS
HW
Hot
Deck
MTR
Starter
IN-8 Pump Status
IN-8 – Pump Status
OL'S
MS
DO-5- Pump S/S
DTS-1
Pg-7
T2
E-Rib #5
24v
Com
Black
120VAC
A
N.O.
BI - Zone Override
Black / Blue
O
H
DO-1 – Supply Fan Start/Stop
E-CS
FUSE
DA
E-CS
E-V1
RTU-1
Motor
Starter
Pump Motor
Starter Control
Yellow / White
Red _
NC
C
T
AI - Zone Temp
AI - Zone Setpoint Adjust
+
AO-2 Heating Valve 0/20mA
HWHR
NO
+
Gnd
+
Gnd
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
®
BACnet
Aux Power Out
Over ARCNET156 KBaud
+5V
Select
Return Air Temperature
1
IN-1
2
IN-2
+24V
IN-1, IN-2: Pulse Count Ability
1
2
3
4
5
6
7
8
9
10
11
12
3 Gnd
Discharge Air Temperature
4
IN-3
5
IN-4
6 Gnd
Supply Fan Status
7
IN-5
8
IN-6
9 Gnd
10 IN-7
Return Fan Status
Heating Pump Status
11 IN-8
12 Gnd
1
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3 Gnd
Inputs: All
10V Max, 20mA Max
On
Power
Universal Input
Mode Select
DO-5
Outputs
24V Max, 3A Max
mA
Thermistor/
dry contact/
RTD
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
DO-3
DO-2
Rn+
Gnd
7
Rn-
Rnet+
Rnet-
8 +12V
+12V
10
10
9
8
9
7
6
7
Run
5
4
5
DO-2
4
3
2
3
2
DO-1
1
S/F Fan Start / Stop E-Rib #1
Wire To Enable 2nd Stage Cooling
Y1
Rc
T2
Wire To Enable Return Fan
G1
T
T2
T2
Y2
Rc
T2
Wire To Enable 1st Stage Cooling
E-Rib #2
R/F Start /Start
T1
T2
Wire To Enable Supply Fan
Elementary School
G
T
Michigan 48xxx
1
8
BACnet Mode
19.2k
9600
ARC156
Module Address
10's
1's
7
Gnd 8
AO-4 +
MSTP
6
7
AO-3
5
Gnd 6
AO-3 +
5
4
AO-2
Gnd 4
AO-2 +
3
3
Gnd 2
AO-1 + 1
Error
Local Access
901
78
901
23
Made in USA
E-Rib #3
1st Stage Cooling Start / Stop
DO-3
6
AO-4
38.4k
LogiStat
Port
23
SE6104A
Wire To Enable Heating Pump
E-Rib #4
2nd Stage Cooling Start / Stop
DO-4
8
Format
2
AO-1
1
Rnet
AUTOMATED LOGIC
E-Rib #5
Heating Pump Start / Stop
DO-5
Metro Environmental, Inc.
MSTP Baud
78
MANUAL
ON
6
11
11
76.8k
Rnet
456
OCCUPIED
Rnet
DO-6
12
1
2
3
4
O
N
456
COOLER
LS5v
To Or From Next
Network Module
ARCnet
12
DO-6
CONTROL MODULE
Gnd
Rnet+
Rnet+12V
Sense
Sw
5 Gnd
CM-63
Rx
BT485
SE6104a
Temp
4 LS5v
WARMER
HWHS
Net+
Stat
Select
Gnd
T2
Tx
Net-
Logistat
Sw
H N G
Shield
DO-1
3
E-TR
T1
+
BACnet
Auto Off On
2 Temp
Gnd
24V ac
-
Batt
CR2032
Odd Even
1 Gnd
Off
Controller Located Inside RTU-1
AO Mode Select
0-10V
Zone 2 Damper actuator 2/10vdc
RTU-1 Control
Zone 1 Damper actuators 2/10vdc
Heating Valve 0/20mA
Mixing Dampers 2/10vdc
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
0-20mA
27 of 46
Multi-Zone Unit Converted To Single Zone Unit (typical of 1)
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the following modes:
Occupied Mode: The unit shall maintain
o
A 74°F (adj.) cooling setpoint
o
A 70°F (adj.) heating setpoint.
Unoccupied Mode (night setback): The unit shall maintain
o
A 85°F (adj.) cooling setpoint.
o
A 55°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the cooling setpoint by a user definable
amount (adj.).
Low Zone Temp: If the zone temperature is less than the heating setpoint by a user definable
amount (adj.).
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and cooling setpoints at the zone sensor.
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This algorithm shall minimize the
unoccupied warm-up or cool-down period while still achieving comfort conditions by the start of
scheduled occupied period.
Zone Unoccupied Override:
A timed local override control shall allow an occupant to override the schedule and place the unit into an
occupied mode for an adjustable period of time. At the expiration of this time, control of the unit shall
automatically return to the schedule.
Freeze Protection:
The units packaged controls will shut down the fan if a freezestat condition occurs.
Supply Fan :
The supply fan shall run anytime the unit is commanded to run, unless shutdown on safeties. To prevent
short cycling, the supply fan shall have a user definable (adj.) minimum runtime. Existing current switch
monitors fan status.
Alarms shall be provided as follows:
Supply Fan Failure: Commanded on, but the status is off.
Supply Fan in Hand: Commanded off, but the status is on.
Supply Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).
Return Fan :
The Return fan shall run anytime the unit is commanded to run, unless shutdown on safeties. To prevent
short cycling, the return fan shall have a user definable (adj.) minimum runtime. Existing current switch
monitors fan status.
Alarms shall be provided as follows:
Return Fan Failure: Commanded on, but the status is off.
Return Fan in Hand: Commanded off, but the status is on.
Return Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).
Cooling Stage:
The controller shall measure the zone temperature and stage the cooling to maintain its cooling setpoint. To
prevent short cycling, the stage shall have a user definable (adj.) minimum runtime.
The cooling shall be enabled whenever:
Outside air temperature is greater than 60°F (adj.).
AND the economizer (if present) is disabled or fully open.
AND the zone temperature is above cooling setpoint.
AND the supply fan status is on.
AND the heating is not active.
Heating Coil Pump
During the occupied mode the heating coil pump will be enabled anytime the outdoor temperature falls below
55F (adj.). Pump status is monitored via existing motor starter current switch. An alarm will be generated if an
abnormal condition occurs.
Alarms shall be provided as follows:
Pump Failure: Commanded on, but the status is off.
Pump in Hand: Commanded off, but the status is on.
Pump Runtime Exceeded: Status runtime exceeds a user definable limit
Heating Coil Valve:
The controller shall measure the zone temperature and modulate the heating coil valve to maintain its heating
setpoint.
The heating shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the zone temperature is below heating setpoint.
AND the supply fan status is on.
AND the cooling is not active.
The heating coil valve shall open whenever the freezestat (if present) is on.
Economizer:
The controller shall measure the zone temperature and modulate the economizer dampers in sequence to
maintain a setpoint 2°F less than the zone cooling setpoint. The outside air dampers shall maintain a minimum
adjustable position of 20% (adj.) open whenever occupied.
The economizer shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the outside air temperature is less than the return air temperature.
AND the supply fan status is on.
The economizer shall close whenever:
Mixed air temperature drops from 45°F to 40°F (adj.).
OR on loss of supply fan status.
OR the freezestat (if present) is on.
The outside and exhaust air dampers shall close and the return air damper shall open when the unit is off. If
Optimal Start Up is available, the mixed air damper shall operate as described in the occupied mode except that
the outside air damper shall modulate to fully closed.
28 of 46
Minimum Outside Air Ventilation - Fixed Percentage:
The outside air dampers shall maintain a minimum position (adj.) during building occupied hours and be
closed during unoccupied hours.
Prefilter Differential Pressure Monitor:
The controller shall monitor the differential pressure across the prefilter.
Alarms shall be provided as follows:
Prefilter Change Required: Prefilter differential pressure exceeds a user definable limit (adj.).
Return Air Temperature:
The controller shall monitor the return air temperature and use as required for economizer control (if
present).
Alarms shall be provided as follows:
High Return Air Temp: If the return air temperature is greater than 90°F (adj.).
Low Return Air Temp: If the return air temperature is less than 45°F (adj.).
Supply Air Temperature:
The controller shall monitor the supply air temperature.
Alarms shall be provided as follows:
High Supply Air Temp: If the supply air temperature is greater than 120°F (adj.).
Low Supply Air Temp: If the supply air temperature is less than 45°F (adj.).
Unoccupied Mode:
During the unoccupied mode the fan remains off. Below 40F outdoor air temperature the heating coil valve
will modulate and the heating pump will cycle to maintain a low limit plenum temperature of 50F (adj.).
Note: The heating system piping is filled with an unknown glycol mixture.
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
RTU-1 Sequence of Operation Continued
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
29 of 46
Bill of Materials
DID
DAT
DM
E RIB1,2,3
E-CS
E-FRZ
E-TR
E-V1 RTU2
MAT
PANEL I
RSPL
SE6104a
In-1 – Return Air Temperature
Gravity Relief
Damper
N.C.
T
EA
RA
DESCRIPTION
DISCHARGE AIR TEMPERATURE SENSOR
DAMPER MOTOR 24VAC 2/10VDC CONTROL - FAIL CLOSED
EXISTING 24VAC CONTROL RELAY
EXISTING CURRENT SWITCH
EXISTING FREEZESTAT
EXISTING 24VAC TRANSFORMER
EXISTING VALVE ACTUATOR
MIXED AIR TEMPERATURE SENSOR
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
ROOM SENSOR WITH ADJUSTMENT AND OVERRIDE
SE6104A
MANUFACTURER
BAPI
BELIMO
CORE
VERIS
INVENSYS
HONEYWELL
INVENSYS
BAPI
HOFFMAN
AUTOMATED LOGIC
AUTOMATED LOGIC
PART NUMBER
ALC/10K-2-D-8''
LF24-SR US
CVR-11C
E112-800
TC-5232
N/A
MP-5210
ALC/10K-2-D-8''
B12-P
RSPL
SE6104A
QTY
1 ea
1 ea
3 ea
2 ea
1 ea
1 ea
1 ea
1 ea
1 ea
0 ea
0 ea
BI - Zone Override
AI - Zone Temp
T
AI - Zone Setpoint Adjust
Wired To Fan Starter
IN-6 Freezestat Alarm
IN-2 Mixed Air Temperature
IN-3 Discharge Air Temperature
DM
+ 3
AO-1 Mixing Dampers
DO-3 Cooling
1
T1
N.O.
2
T MAT
E-FRZ
DAT
T
HW
SF
OA
SA
DX
Filter
N.C.
M
E-CS
IN-4 Fan Status
120v
Com
Starter
DO-1 Fan Start / Start
Black
White
Red
(Not Used)
Yellow +
Blue _
AO-2 Heating Valve 5/10vdc
IN-5 – Pump Status
Motor
Starter
NC
C
HWHR
E-CS
E-V1
RTU-2
DO-2 Pump Start /Stop
NO
MS
OL'S
L1
208/230
L2
VAC
L3
HWHS
MTR
IN-5 Pump Status
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
Discharge Air Temperature
Supply Fan Status
Pump Status
Freezestat - Open Contact Is Alarm
IN-2
3
Gnd
4
IN-3
5
IN-4
6
Gnd
7
IN-5
8
IN-6
9
Gnd
+24V
IN-1, IN-2: Pulse Count Ability
1
2
3
4
5
6
7
8
9
10
11
12
10 IN-7
11 IN-8
12 Gnd
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3
Gnd
Inputs: All
10V Max, 20mA Max
Batt
CR2032
DO-6
DO-5
Outputs
24V Max, 3A Max
Thermistor/
dry contact/
RTD
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
Logistat
Gnd
Sw
DO-3
DO-2
Gnd
6
Rn+
Gnd
7
Rn-
Rnet+
LS5v
Rnet-
8 +12V
+12V
LogiStat
Port
Run
11
10
11
DO-5
10
9
8
9
DO-4
8
7
6
7
6
5
4
5
Module Address
10's
1's
3
3
2
2
DO-1
1
901
23
T1
Wire To Enable Heating Pump
T2
Wire To Enable Supply Fan Motor Starter
T2
G
R
1
BACnet Mode
19.2k
MSTP
9600
ARC156
Format
1
O
N
Elementary School
Panel “I”
12"
Michigan 48xxx
Metro Environmental, Inc.
7
Gnd 8
AO-4 +
6
7
Gnd 6
AO-3 + 5
Gnd 4
AO-2 + 3
Gnd 2
AO-1 + 1
AO-3
5
4
AO-2
+
Gnd
Heating Valve 5/10vdc
2
AO-1
1
Mixing Dampers 2/10vdc
2
3
4
AO Mode Select
0-10V
0-20mA
Over ®
BACnet
ARCNET156
KBaud
Aux Power+5V
Out
Sele
ct
IN-1, IN-2: Pulse
+24
Count
Ability
V
1 + IN-1
Class 2
24Vac, 5060 Hz
20VA,
0.83A
Use
Copper
Batt
Conductor
CR20
s Only
32
+ IN-2
2 Gn
3
d
4 + IN-3
5 + IN-4
Gn
6
+ IN-5
7 d
8 + IN-6
Gn
9
1 d
+ IN-7
CONTROL MODULE
0 + IN-8
11
Universal
Gn
12
Thermi
Input
Outputs
d
1 + IN-9
stor/ mA
Mode Select Caution:
24V Max,
To Reduce the
2 + IN-10
dry
3A Max
Gn
Risk of Fire
3Inputs: All contact
d
or Electrical
10V Max, 20mA/ VoltsOd Eve
Shock, Do Not
RTD
Max
d n
interconnect the
OutputsAuto
of Off
On
Different Class
3
SE6104a
2 Circuits.
Tem
p
Sw
Logist
at
Stat
Select
Rnet
LS5
LogiStat
v
Port
Gnd
Rne
t+
Rne
Rnet
t-
On
Off
RTU-2 Control
Gnd
24V ac
Power
+
Tx
BACn
Shie
et
ld
R
Net- x
BT48
Net+
5
REV: 0
12
DO-6
11
10
DO-5
9
8
DO-4
7
6
DO-3
5
4
DO-2
3
2
DO-1
1
MSTP
76.8Baud
k
38.4
BACnet
k
Mode
MST
Ru 19.2
k
P
n
960
ARC
0
156
Erro
r
Module For
Address mat
1
2
10's 1
1's
O
90
901
3
4
N
23
Made in USA+12
V
Local
Access
23
Made in USA
E-Rib #1
SF Fan Start / Stop
Y
R
Gnd
901
23
SE6104A
Wire To Enable Mechanical Cooling
E-Rib #2 T2
Heating Pump Start /Start
DO-2
4
Rnet
AUTOMATED LOGIC
E-Rib #3
Cooling Start /Start
DO-3
8
Error
Local Access
78
MANUAL
ON
5
78
OCCUPIED
Rnet
12
AO-4
38.4k
456
COOLER
Rnet
Gnd
Rnet+
Rnet+12V
Sense
Sw
E-Rib #2
76.8k
Temp
4 LS5v
WARMER
Pump Motor
Starter Control
T2
DO-6
MSTP Baud
Stat
Select
456
3
RSPL
DO-2- Pump S/S
12
CONTROL MODULE
mA
To Or From Next
Network Module
BT485
DO-1
Gnd
ARCnet
Net+
Auto Off On
2 Temp
CM-56
Rx
Net-
SE6104a
OL'S
MS
Tx
Shield
Universal Input
Mode Select
120VAC
A
H
T1
+
BACnet
Odd Even
1
T2
-
E-CS
FUSE
L1 L2 G
O
Power
IN-1
2
1
208/24vac
E-TR
Gnd
24V ac
12"
Return Air Temperature
Mixed Air Temperature
Off
Gnd
Rnet+
Rnet+12V
Sense
+5V
Select
1
On
78
Over ARCNET156 KBaud
78
®
BACnet
Aux Power Out
456
Gnd
+
Gnd
456
+
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
Gn
8
AO-4 +
d 7
Gn
6
AO-3 +
d 5
Gn
AO-2 d 4
+ 3
Gn
2
AO-1 +
d 1
AO Mode00- Select
20m
10V
A
CHECKED BY : TS
30 of 46
Single Zone Unit (typical of 1)
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the following modes:
Occupied Mode: The unit shall maintain
o
A 74°F (adj.) cooling setpoint
o
A 70°F (adj.) heating setpoint.
Unoccupied Mode (night setback): The unit shall maintain
o
A 85°F (adj.) cooling setpoint.
o
A 55°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the cooling setpoint by a user definable
amount (adj.).
Low Zone Temp: If the zone temperature is less than the heating setpoint by a user definable
amount (adj.).
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and cooling setpoints at the zone sensor.
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This algorithm shall minimize the
unoccupied warm-up or cool-down period while still achieving comfort conditions by the start of
scheduled occupied period.
Zone Unoccupied Override:
A timed local override control shall allow an occupant to override the schedule and place the unit into an
occupied mode for an adjustable period of time. At the expiration of this time, control of the unit shall
automatically return to the schedule.
Freeze Protection:
If a freezestat condition occurs the fan will shut down and the controller will generate an alarm. The
freezestat is set at 35F (adj.) if tripped manual reset is required to return the rooftop unit to normal
service.
Supply Fan :
The supply fan shall run anytime the unit is commanded to run, unless shutdown on safeties. To prevent
short cycling, the supply fan shall have a user definable (adj.) minimum runtime. Existing current switch
monitors fan status.
Alarms shall be provided as follows:
Supply Fan Failure: Commanded on, but the status is off.
Supply Fan in Hand: Commanded off, but the status is on.
Supply Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).
Cooling Stage:
The controller shall measure the zone temperature and stage the cooling to maintain its cooling setpoint. To
prevent short cycling, the stage shall have a user definable (adj.) minimum runtime.
The cooling shall be enabled whenever:
Outside air temperature is greater than 60°F (adj.).
AND the economizer (if present) is disabled or fully open.
AND the zone temperature is above cooling setpoint.
AND the supply fan status is on.
AND the heating is not active.
Heating Coil Pump
During the occupied mode the heating coil pump will be enabled anytime the outdoor temperature falls below
55F (adj.). Pump status is monitored via existing motor starter current switch. An alarm will be generated if an
abnormal condition occurs.
Alarms shall be provided as follows:
Pump Failure: Commanded on, but the status is off.
Pump in Hand: Commanded off, but the status is on.
Pump Runtime Exceeded: Status runtime exceeds a user definable limit
Heating Coil Valve:
The controller shall measure the zone temperature and modulate the heating coil valve to maintain its heating
setpoint.
The heating shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the zone temperature is below heating setpoint.
AND the supply fan status is on.
AND the cooling is not active.
The heating coil valve shall open whenever the freezestat (if present) is on.
Economizer:
The controller shall measure the zone temperature and modulate the economizer dampers in sequence to
maintain a setpoint 2°F less than the zone cooling setpoint. The outside air dampers shall maintain a minimum
adjustable position of 20% (adj.) open whenever occupied.
The economizer shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the outside air temperature is less than the return air temperature.
AND the supply fan status is on.
The economizer shall close whenever:
Mixed air temperature drops from 45°F to 40°F (adj.).
OR on loss of supply fan status.
OR the freezestat (if present) is on.
The outside and exhaust air dampers shall close and the return air damper shall open when the unit is off. If
Optimal Start Up is available, the mixed air damper shall operate as described in the occupied mode except that
the outside air damper shall modulate to fully closed.
31 of 46
Minimum Outside Air Ventilation - Fixed Percentage:
The outside air dampers shall maintain a minimum position (adj.) during building occupied hours and be
closed during unoccupied hours.
Mixed Air Temperature:
The controller shall monitor the mixed air temperature and use as required for economizer control (if
present) or preheating control (if present).
Alarms shall be provided as follows:
High Mixed Air Temp: If the mixed air temperature is greater than 90°F (adj.).
Low Mixed Air Temp: If the mixed air temperature is less than 45°F (adj.).
Return Air Temperature:
The controller shall monitor the return air temperature and use as required for economizer control (if
present).
Alarms shall be provided as follows:
High Return Air Temp: If the return air temperature is greater than 90°F (adj.).
Low Return Air Temp: If the return air temperature is less than 45°F (adj.).
Supply Air Temperature:
The controller shall monitor the supply air temperature.
Alarms shall be provided as follows:
High Supply Air Temp: If the supply air temperature is greater than 120°F (adj.).
Low Supply Air Temp: If the supply air temperature is less than 45°F (adj.).
Unoccupied Mode:
During the unoccupied mode the fan remains off. Below 40F outdoor air temperature the heating coil valve
will modulate and the heating pump will cycle to maintain a low limit plenum temperature of 50F (adj.).
Note: The heating system piping is filled with an unknown glycol mixture.
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
RTU-2 Sequence of Operation Continued
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
32 of 46
Bill of Materials
DID
DAT
E-CS
E-DM1
E-DPS
E-FRZ
E-RIB1,2
E-V1 SF-1
E-V1SF1
PANEL J
SE6104a
DESCRIPTION
DISCHARGE AIR TEMPERATURE SENSOR
EXISTING CURRENT SWITCH
EXISTING DAMPER MOTOR 24VAC 2-POSITION W/ AUX SW.
EXISTING CLOGGED FILER DIFFERENTIAL PRESSURE SWITCH
EXISTING FREEZESTAT DPST
EXISTING 24VAC CONTROL RELAY
EXISTING 3-WAY 3/4'' VALVE 0/20MA CONTROL
EXISTING 24VAC 3-WAY 3/4'' 4/20MA CONTROL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
SE6104A
MANUFACTURER
BAPI
VERIS
BELIMO
INVENSYS
INVENSYS
CORE
INVENSYS
INVENSYS
HOFFMAN
AUTOMATED LOGIC
PART NUMBER
ALC/10K-2-D-8''
E112-700
AF24-S-US
PC-301
TC-5232
CVR-11C
MPR-5413
MP-5413
B12-P
SE6104A
QTY
1 ea
2 ea
1 ea
1 ea
1 ea
2 ea
1 ea
1 ea
1 ea
0 ea
IN-5 – Filter Differential Pressure Sw.
IN-2 OA Dampers Status
DO-1 OA Dampers
IN-1 – Discharge Air Temperature
E-DM1
E-DPS
PDS
T2
T DAT
1 2
HW
SF
OA
SA
N.C.
M
IN-3 – Fan Status
E-CS
DO-2 – Fan Start/Stop
OL'S
MS
Starter
L1
208/230
L2
VAC
L3
H
E-V1 SF-1
E-FZ
DO-3 – Pump Start/Stop
MTR
IN-4 Pump Status
MS
T2
E-Rib #1
E-CS
FUSE
Smoke
Detector
DO-2- Fan S/S
120VAC
O
HWHS
Supply Fan Motor
Starter Control
A
H
OL'S
MS
DO-3- Pump S/S
T2
E-Rib #2
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
2
IN-2
3
Gnd
Supply Fan Status
Pump Status
4
IN-3
5
IN-4
6
Gnd
Clogged Filter Switch
7
IN-5
8
IN-6
9
Gnd
+24V
IN-1, IN-2: Pulse Count Ability
1
2
3
4
5
6
7
8
9
10
11
12
10 IN-7
11 IN-8
12 Gnd
1
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
Gnd
Inputs: All
10V Max, 20mA Max
Power
12
DO-6
CONTROL MODULE
DO-5
Outputs
24V Max, 3A Max
mA
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
Logistat
DO-3
DO-2
Gnd
Sw
Rnet
Gnd
6
Rn+
Gnd
7
Rn-
Rnet+
LS5v
Rnet-
8 +12V
+12V
10
DO-5
10
9
8
9
DO-4
8
7
6
7
5
4
5
3
2
3
2
DO-1
1
Run
Open OA Damper
Wire To Enable Heating Pump
T2
Wire To Enable Supply Fan Motor Starter
T2
T1
1
Panel “J”
Elementary School
12"
Michigan 48xxx
8
BACnet Mode
19.2k
MSTP
9600
ARC156
Error
Local Access
Module Address
10's
1's
Format
Gnd
AO-3 +
Gnd
AO-2 +
Gnd
AO-1 +
Metro Environmental, Inc.
7
Gnd 8
AO-4 +
6
7
6
5
4
3
2
1
AO-3
5
+
Aux Power+5V
Out
Gnd
3
2
AO-1
1
Heating Valve 0/20mA
78
901
23
78
901
1
O
N
2
3
4
AO Mode Select
0-10V
0-20mA
Over
BACnet
®
Class 2
24Vac, 5060 Hz
20VA,
0.83A
Use
Copper
Batt
Conductor
CR20
s Only
32
ARCNET156
KBaud
Sele
ct
IN-1, IN-2: Pulse
+24
Count
Ability
V
1 + IN-1
2 +
Gn IN-2
3
d
4 + IN-3
5 + IN-4
Gn
6
+ IN-5
7 d
8 + IN-6
Gn
9
1 d
+ IN-7
CONTROL MODULE
0 + IN-8
11
Universal
Gn
12
Thermi
Input
Outputs
d
1 + IN-9
stor/ mA
Mode Select Caution:
24V Max,
To Reduce the
2 + IN-10
dry
3A Max
Gn
Risk of Fire
3Inputs: All contact
d
or Electrical
Volts
10V Max, 20mA/
Od Eve
Shock, Do Not
RTD
Max
d n
interconnect the
OutputsAuto
of Off
On
Different Class
4
AO-2
SE6104a
2 Circuits.
Gnd
23
Tem
p
Sw
Logist
at
Stat
Select
Rnet
LS5
LogiStat
v
Port
Gnd
Rne
t+
Rne
Rnet
t-
On
Off
Supply Fan SF-1 With Reheat Coil
Gnd
24V ac
Power
+
Tx
BACn
Shie
et
ld
R
Net- x
BT48
Net+
5
REV: 0
12
DO-6
11
10
DO-5
9
8
DO-4
7
6
DO-3
5
4
DO-2
3
2
DO-1
1
MSTP
76.8Baud
k
38.4
BACnet
k
Mode
MST
Ru 19.2
k
P
n
960
ARC
0
156
Erro
r
Module For
Address mat
1
2
10's 1
1's
O
90
901
3
4
N
23
Made in USA+12
V
Local
Access
23
456
Made in USA
E-Rib #1
SF Fan Start / Stop
DO-2
4
Rnet
SE6104A
E-Rib #2
Heating Pump Start /Start
DO-3
6
AO-4
38.4k
LogiStat
Port
Gnd
Rnet+
Rnet+12V
Sense
5
11
11
76.8k
Temp
Sw
DO-6
12
MSTP Baud
Stat
Select
4 LS5v
To Or From Next
Network Module
BT485
SE6104a
456
3
ARCnet
Net+
DO-1
Gnd
CM-62
Rx
Net-
Auto Off On
2 Temp
Tx
Shield
Thermistor/
dry contact/
RTD
L1 L2 G
T1
+
BACnet
Universal Input
Mode Select
Pump Motor
Starter Control
T2
-
Batt
CR2032
Odd Even
1
208/24vac
E-TR
Gnd
24V ac
12"
IN-1
Off
Gnd
Rnet+
Rnet+12V
Sense
Select
1
On
78
Over ARCNET156 KBaud
+5V
78
®
BACnet
Aux Power Out
456
+
Gnd
456
+
Gnd
Discharge Air Temperature
OA Damper Status
OL'S
MS
L1
208/230
L2
VAC
L3
NO
OL'S
Set 38F
IN-4 – Pump Status
Motor
Starter
NC
C
HWHR
120VAC
A
E-CS
Red
E-CS
FUSE
O
Black
+ Yellow
_ / White
AO-1 Heating Valve 0/20mA
IN-2 Fan Status
Black / Blue
24v
Com
MTR
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
Gn
8
AO-4 +
d 7
Gn
6
AO-3 +
d 5
Gn
AO-2 d 4
+ 3
Gn
2
AO-1 +
d 1
AO Mode00- Select
20m
10V
A
CHECKED BY : TS
33 of 46
Supply Fan SF-1 with Reheat (Typical of One)
Supply fan will be started and stopped from the DDC controller based on occupied and unoccupied
schedules.
Existing current switch will monitor the Supply fan status. If an abnormal condition occurs an alarm will be
generated by the controller.
Outside inlet air damper motor will be interlocked with the DDC controller to prove open before the fan is
started.
When the outdoor temperature drops below 55F (adj.) the heating coil pump will start. Existing current
switch will monitor the pump. If an abnormal condition occurs the controller will generate an alarm.
Reheat coil 3-way mixing valve will be controlled to maintain 55F discharge discharge air temperature.
Filter status will be monitored by the DDC controller. An alarm will be generated when the filer is clogged.
When the fan stops the outdoor damper will close. Below 40F (adj.) the heating coil valve will modulate
and the heating pump will cycle to maintain a low limit plenum temperature of 50F (adj.)
Note: The heating system piping is filled with an unknown amount of glycol.
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
Supply Fan SF-1 Sequence of Operation
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
34 of 46
Bill of Materials
DID
CS
E-V1 VUV
R3
RSPL
SA
ZN551
Remove 3K Sensor & Install
New 10k Sensor
DA
DESCRIPTION
CURRENT SENSOR
EXISITNG VALVE FLOATING CONTROL
24VAC DPDT WITH INDICATING LIGHT
RSPL ROOM SENSOR W/SETPOINT AND OVERIDE,RNET
SUPPLY AIR TEMPERATURE SENSOR
ZONE CONTROLLER
MANUFACTURER
SENVA
BELIMO
IDEC
AUTOMATED LOGIC
BAPI
BAPI
PART NUMBER
C-1200
N/A
RH2B-ULAC24V + SH2B-05 SOCKET
RSPL
ALC/10K-2-D-8''
ZN551
QTY
8 ea
4 ea
4 ea
0 ea
4 ea
0 ea
IN-1 SA Temperature
803
804
SA
IN-3 SF Status
CS2
SF
500 24c
502 24v
871
Freezestat Low Limit
Wired To Packaged
Controls By Unit Mfr.
802
E-V1
DO-3 HW Valve Open
DO-4 HW Valve Close
Valve Supplied With VUV
1 2 3 4
HW
HWHR
HWHS
DX
DO-2 Cooling
DO-5 Exhaust / Condenser Fan
DO-1 Supply Fan
AO-1 Mixed Air Damper
812
3
OA
500
1
2
502
Damper Actuator Supplied With Unit
EF
WARMER
EA
Rnet
COOLER
OCCUPIED
IN-4 EF Status
Self Contained
Mechanical Valve
MANUAL
ON
M
CS
HWS
From Prior Panel per
Network Diagram
VUV-1
VUV-2
VUV-3
VUV-4
Mount in VUV
TX
Lstat
BT485
Rx
Format
Tx
Jumper: Gain1
Rnet
500
Ground
Thermistor/dry contact
0-5Vdc
IN-2
Thermistor/dry contact
0-5Vdc
On
4
3
2
1
Gnd
Rnet -
Communications Selection
Rnet
Rnet +
Rnet
MSTP
ARC156
+12V
OCCUPIED
MANUAL
ON
AUTOMATED LOGIC
24vac Supplied From
Unit Ventilator
Err
IN-1
4
Sense
+12V
RnetRnet+
Gnd
208-230v
3
CR
2032
202
2
23
WARMER
507
Pwr
Run
+
Tens
23
90 1
456
23
23
78
901
78
-
Ones
456
901
456
78
90 1
78
456
Shield
201
24 Vac
Batt
1
Net -
O
N
CMnet
Net +
To Next Panel per
Network Diagram
COOLER
HWR
Existing
RA
CM-57
CM-58
CM-59
CM-60
Existing Perimeter Fin Tube Radiation
AUTOMATED LOGIC
9600
19.2k
38.4k
76.8k
IN-1
SA Temp
802
871
Gnd
Inputs: 5V Max
MSTP Baud
IN-2
Gnd
SF Status
Gnd
IN-3
AO-1
Gnd
EF / CF Status
Comp Hi Press Lock Out
809
810
CAUTION:
To Reduce the Risk of Fire
or Electric Shock, Do Not
Interconnect the Outputs of
Different Class 2 Circuits.
Gnd
IN-4
IN-5
LED
CAUTION:
This product was designed
to be mounted inside the
building envelope. Warranty
voided if mounted outside.
ZN551
CONTROLLER
Class 2
24 Vac, 50-60 Hz
20VA, 0.83A
24Vdc, 0.2A, 5W
Use Copper
Conductors Only
Outputs
24V Max,
1A Max
Power for D.O.'s
®
BACnet
812
813
DO-5
DO-4
802
871
DO-3
DO-2
DO-1
BUSS
OA/RA Damper 2/10VDC
831
811
DO-5 Ex Fan / Cond Fan Start / Stop
DO-4 HW Valve Close
DO-3 HW Valve Open
DO-2 Cooling Start / Stop
DO-1 Supply Fan
500
14
13
R3-1
5
9
521
Outdoor Fan
CDI
500
Elementary School
502
Michigan 48xxx
Metro Environmental, Inc.
VUV-1, 2, 3 & 4 Control
507
TX
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
35 of 46
Unit Ventilator (typical of 4)
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the
following modes:
Occupied Mode: The unit shall maintain
A 74°F (adj.) cooling setpoint
A 70°F (adj.) heating setpoint.
Unoccupied Mode (night setback): The unit shall maintain
A 85°F (adj.) cooling setpoint. VUV cooling to remain “Off”
A 62°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the
cooling setpoint by a user definable amount (adj.).
Low Zone Temp: If the zone temperature is less than the
heating setpoint by a user definable amount (adj.).
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and
cooling setpoints at the zone sensor.
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This
algorithm shall minimize the unoccupied warm-up or cool-down
period while still achieving comfort conditions by the start of
scheduled occupied period.
Zone Unoccupied Override:
A timed local override control shall allow an occupant to override the
schedule and place the unit into an occupied mode for an adjustable
period of time. At the expiration of this time, control of the unit shall
automatically return to the schedule.
Freeze Protection:
The unit shall shut down via unit packaged controls when a low
temperature condition occurs.
Supply and Exhaust Fans:
The supply and exhaust fans shall run on low or medium speeds
(adjusted by air balbancer) anytime the unit is commanded to run
unless shutdown on safeties. When the space temperature is 2F (Adj.)
or higher above the setpoint the supply and exhaust fans will be at high
speed.
Cooling:
The controller shall measure the zone temperature and energize the
compressor to maintain its cooling setpoint. To prevent short cycling
the compressor there is a user definable (adj.) minimum runtime.
The cooling shall be enabled whenever:
Outside air temperature is greater than 60°F (adj.).
AND the zone temperature is above cooling setpoint.
AND the fan is on.
Compressor Status:
The controller shall monitor the compressor status.
Alarms shall be provided as follows:
Compressor Failure: Commanded on, but the status is off.
Compressor in Hand: Commanded off, but the status is on.
Compressor Runtime Exceeded: Compressor status runtime
exceeds a user definable limit (adj.).
Condenser Exhaust / Exhaust Air Fan Status:
The controller shall monitor the CE/EA status.
Alarms shall be provided as follows:
CE/EA Failure: Commanded on, but the status is off.
CE/EA in Hand: Commanded off, but the status is on.
CE/EA Runtime Exceeded: Compressor status runtime
exceeds a user definable limit (adj.).
Heating Coil Valve:
The controller shall measure the zone temperature and modulate the
heating coil valve to maintain its heating setpoint.
The heating shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the zone temperature is below heating setpoint.
AND the fan is on.
The heating coil valve shall open whenever the freezestat (if present)
is on.
Economizer (ASHRAE Cycle II):
The controller shall measure the zone temperature and modulate the
mixed air dampers in sequence to maintain the zone cooling setpoint.
The outside air dampers shall maintain a minimum adjustable
position of 20% (adj.) open during heating and ventilation whenever
occupied.
The economizer shall be enabled whenever:
Outside air temperature is at least 3°F (adj.) less than the
Zone Temperature.
AND the outside air temperature is less than 65°F (adj.)
The economizer shall close whenever the freezestat (if present) is on.
The outside air dampers shall close and the return air damper shall
open when the unit is off. If Optimal Start Up is available the mixed
air damper shall operate as described in the occupied mode except
that the outside air damper shall modulate to fully closed.
The controller shall monitor the discharge air temperature. Should
discharge temperature drop below a user definable temperature (adj.),
the controller shall enable the heating, close the outside damper and
open the return damper.
Minimum Outside Air Ventilation - Fixed Percentage:
The outside air dampers shall maintain a minimum position (adj.)
during building occupied hours and be closed during unoccupied
hours.
Discharge Air Temperature:
The controller shall monitor the discharge air temperature.
Alarms shall be provided as follows:
High Discharge Air Temp: If the discharge air temperature is
greater than 120°F (adj.).
Low Discharge Air Temp: If the discharge air temperature is
less than 40°F (adj.).
Fan Status:
The controller shall monitor the fan status.
Alarms shall be provided as follows:
Fan Failure: Commanded on, but the status is off.
Fan in Hand: Commanded off, but the status is on.
Fan Runtime Exceeded: Fan status runtime exceeds a user
definable limit (adj.).
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
VUV-1, 2, 3 & 4 Sequence Of Operation
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
36 of 46
Bill of Materials
DID
CS
DAT
E-CS2
E-FRZ
E-V1 VUV5
MAT
RSPL
SE6104a
DA
E-DAT
IN-1 Discharge Air Temperature – Cable 4
DESCRIPTION
CURRENT SENSOR
DISCHARGE AIR TEMPERATURE SENSOR
EXISTING CURRENT SENSOR
EXISTING FREEZESTAT
EXISTING VALVE 0/20 MA CONTROL
MIXED AIR TEMPERATURE SENSOR 12'
RSPL ROOM SENSOR W/SETPOINT AND OVERIDE,RNET
SE6104A
MANUFACTURER
SENVA
BAPI
VERIS
INVENSYS
INVENSYS
BAPI
AUTOMATED LOGIC
AUTOMATED LOGIC
PART NUMBER
C-1200
ALC/10K-2-D-8''
E112-708
TC-5232
MPR-5613-0-0-3
ALC-10K-2-A-12'
RSPL
SE6104A
QTY
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
0 ea
0 ea
E-CS2
IN-3 SF Status – Cable 9
SF
Black / Blue
24v
E-TR
Com
Black
Cable 10 With Red Tape
Yellow / White +
AO-2
Red _
IN-5 Freezestat Low Limit – Cable 12
Interlock Wires To Fan S/S
HW Valve 0/20 mA – Cable 7
E-V1
E-V1
EXISTING
HWHR
E-FRZ
HW
HWHS
DX
DO-2 Cooling – Cable 1
DO-3 Exhaust Fan – Cable 2
DO-1 Supply Fan – Cable 3
IN-2 Mixed Air Temperature – Cable 6
E-MAT
AO-1 Mixed Air Damper – Cable 8
3
1
OA
Existing
TR
2
E-DA
1 2 3 4
HWHR
NO
C
NC
EF
HWHS
WARMER
EA
Rnet
COOLER
OCCUPIED
IN-4 EF Status – Cable 11
Existing Abandoned Unit Ventilator
(Typical Of Two)
MANUAL
ON
AUTOMATED LOGIC
CS
RA
+
Gnd
+
Gnd
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
®
BACnet
Aux Power Out
Over ARCNET156 KBaud
+5V
Select
Discharge Air Temperature - Cable 4
Mixed Air Temperature - Cable 6
Supply Fan Status - Cable 9
Exhaust Fan Status - Cable 11
Freezestat - Open Contact Is Alarm - Cable 12
IN-1
2
IN-2
IN-1, IN-2: Pulse Count Ability
3
Gnd
1
2
3
4
5
6
7
8
9
10
11
12
+24V
4
IN-3
5
IN-4
6
Gnd
7
IN-5
8
IN-6
9
Gnd
10 IN-7
11 IN-8
12 Gnd
1
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
Gnd
Inputs: All
10V Max, 20mA Max
DO-5
Outputs
24V Max, 3A Max
mA
Thermistor/
dry contact/
RTD
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
Sw
DO-3
DO-2
Rn+
Gnd
7
Rn-
Rnet+
LS5v
Rnet-
8 +12V
+12V
Run
10
9
8
9
DO-4
8
7
6
7
6
5
4
5
DO-2
4
3
2
3
2
DO-1
1
BACnet Mode
19.2k
MSTP
9600
Module Address
10's
1's
901
901
23
Made in USA
23
SE6104A
Wire To Enable Unit Relay R3
E-Rib #1
Cooling Start / Stop - Cable 1
SF Fan Start / Stop - Cable 3 E-Rib #3
T1
T2
Wire To Enable Unit Relays R11 And R12
T2
Wire To Enable Unit Relay R1
T2
Elementary School
1
Michigan 48xxx
ARC156
7
Gnd 8
AO-4 +
AO-3
5
5
4
AO-2
Gnd 4
AO-2 +
1
2
3
4
O
N
2
AO-1
OA/RA Damper 2/10VDC - Cable 8
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
1
AO Mode Select
0-10V
VUV-5 Control
Heating Valve Damper 0/20mA - Cable 7
3
3
Gnd 2
AO-1 + 1
Format
Metro Environmental, Inc.
6
7
Gnd 6
AO-3 +
Rnet
AUTOMATED LOGIC
E-Rib #2
Exhaust Fan Start / Stop - Cable 2
DO-3
8
Error
Local Access
78
MANUAL
ON
6
10
DO-5
AO-4
38.4k
LogiStat
Port
78
OCCUPIED
Rnet
Gnd
11
11
76.8k
Rnet
Gnd
Rnet+
Rnet+12V
Sense
COOLER
Sw
5
DO-6
12
MSTP Baud
Temp
4 LS5v
To Or From Next
Network Module
12
DO-6
CONTROL MODULE
456
3
ARCnet
BT485
SE6104a
Stat
Select
WARMER
CM-60
Rx
Net+
Logistat
Gnd
T1
Tx
Net-
Universal Input
Mode Select
L1 L2 G
T2
Shield
DO-1
2 Temp
Cable 10
With Red Tape
+
BACnet
Auto Off On
Gnd
208/24vac
E-TR
Gnd
24V ac
-
Batt
CR2032
Odd Even
1
Off
Power
456
Re-label Cable 10
With Black Tape
To Cable 12
1
On
DRAWN BY : TL
0-20mA
CHECKED BY : TS
Mounted Inside VUV-5
37 of 46
Unit Ventilator (typical of 1)
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the
following modes:
Occupied Mode: The unit shall maintain
A 74°F (adj.) cooling setpoint
A 70°F (adj.) heating setpoint.
Unoccupied Mode (night setback): The unit shall maintain
A 85°F (adj.) cooling setpoint. VUV cooling to remain “Off”
A 62°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the
cooling setpoint by a user definable amount (adj.).
Low Zone Temp: If the zone temperature is less than the
heating setpoint by a user definable amount (adj.).
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and
cooling setpoints at the zone sensor.
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This
algorithm shall minimize the unoccupied warm-up or cool-down
period while still achieving comfort conditions by the start of
scheduled occupied period.
Zone Unoccupied Override:
A timed local override control shall allow an occupant to override the
schedule and place the unit into an occupied mode for an adjustable
period of time. At the expiration of this time, control of the unit shall
automatically return to the schedule.
Freeze Protection:
The unit shall shut down and generate an alarm upon receiving a
freezestat status.
Supply and Exhaust Fans:
The supply and exhaust fans shall run on low or medium speeds
(adjusted by air balbancer) anytime the unit is commanded to run
unless shutdown on safeties. When the space temperature is 2F (Adj.)
or higher above the setpoint the supply and exhaust fans will be at high
speed.
Cooling:
The controller shall measure the zone temperature and energize the
compressor to maintain its cooling setpoint. To prevent short cycling
the compressor there is a user definable (adj.) minimum runtime.
The cooling shall be enabled whenever:
Outside air temperature is greater than 60°F (adj.).
AND the zone temperature is above cooling setpoint.
AND the fan is on.
Compressor Status:
The controller shall monitor the compressor status.
Alarms shall be provided as follows:
Compressor Failure: Commanded on, but the status is off.
Compressor in Hand: Commanded off, but the status is on.
Compressor Runtime Exceeded: Compressor status runtime
exceeds a user definable limit (adj.).
Condenser Exhaust / Exhaust Air Fan Status:
The controller shall monitor the CE/EA status.
Alarms shall be provided as follows:
CE/EA Failure: Commanded on, but the status is off.
CE/EA in Hand: Commanded off, but the status is on.
CE/EA Runtime Exceeded: Compressor status runtime
exceeds a user definable limit (adj.).
Heating Coil Valve:
The controller shall measure the zone temperature and modulate the
heating coil valve to maintain its heating setpoint.
The heating shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the zone temperature is below heating setpoint.
AND the fan is on.
The heating coil valve shall open whenever the freezestat (if present)
is on.
Economizer (ASHRAE Cycle II):
The controller shall measure the zone temperature and modulate the
mixed air dampers in sequence to maintain the zone cooling setpoint.
The outside air dampers shall maintain a minimum adjustable
position of 20% (adj.) open during heating and ventilation whenever
occupied.
The economizer shall be enabled whenever:
Outside air temperature is at least 3°F (adj.) less than the
Zone Temperature.
AND the outside air temperature is less than 65°F (adj.)
The economizer shall close whenever the freezestat (if present) is on.
The outside air dampers shall close and the return air damper shall
open when the unit is off. If Optimal Start Up is available the mixed
air damper shall operate as described in the occupied mode except
that the outside air damper shall modulate to fully closed.
The controller shall monitor the discharge air temperature. Should
discharge temperature drop below a user definable temperature (adj.),
the controller shall enable the heating, close the outside damper and
open the return damper.
Minimum Outside Air Ventilation - Fixed Percentage:
The outside air dampers shall maintain a minimum position (adj.)
during building occupied hours and be closed during unoccupied
hours.
Discharge Air Temperature:
The controller shall monitor the discharge air temperature.
Alarms shall be provided as follows:
High Discharge Air Temp: If the discharge air temperature is
greater than 120°F (adj.).
Low Discharge Air Temp: If the discharge air temperature is
less than 40°F (adj.).
Fan Status:
The controller shall monitor the fan status.
Alarms shall be provided as follows:
Fan Failure: Commanded on, but the status is off.
Fan in Hand: Commanded off, but the status is on.
Fan Runtime Exceeded: Fan status runtime exceeds a user
definable limit (adj.).
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
VUV-5 Sequence Of Operation
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
38 of 46
Bill of Materials
DID
DAT
E-CS
R1,2,3,4,5
RSPL
ZN551
DESCRIPTION
DISCHARGE AIR SENSOR
EXISTING CURRENT SWITCH
24VAC SPDT RELAYS
ZONE SENSOR WITH ADJUSTMENT AND OVERRIDE BUTTON
ZN551
MANUFACTURER
BAPI
VERIS
CORE
AUTOMATED LOGIC
AUTOMATED LOGIC
PART NUMBER
ALC/10K-2-D-8''
E112-700
CVR-11C
RSPL
ZN551
QTY
23 ea
46 ea
115 ea
0 ea
0 ea
IN-3 Discharge Air Temp
T
RA
DA
M
IN-2 Compressor Status
DO-4 HPLS Valve
DO-3 Reversing Valve
Existing
BI - Zone Override
1 2
HP
HPLS
HPLS
NC
AI - Zone Temp
T
DO-2 Compressor Enable
AI - Zone Setpoint Adjust
IN-1 Fan Status
DO-1 Fan S/S
DO-5 Perimeter Heating Valve
Existing
1 2
HWS
HWR
NO
CM-24 HP-05
CM-25 HP-12
CM-26 HP-13
ZN551
Lstat
BT485
Tx
Jumper: Gain1
T2
Pwr
Run
Sense
+12V
RnetRnet+
Gnd
Err
IN-1
Thermistor/dry contact
0-5Vdc
IN-2
Thermistor/dry contact
0-5Vdc
On
4
3
2
1
4
CR
2032
3
23
Communications Selection
Rnet
Rnet -
24vac Control Power
By HP Unit Mfr.
2
23
Rnet +
T1
+
Tens
-
Gnd
Rnet
Rnet
24 Vac
Batt
Ones
456
456
78
456
23
23
78
90 1
Gnd
Rnet +
Rnet +12V
78
901
456
Shield
78
901
T
CMnet
ARCnet
Net -
90 1
RSPL
Format
Ground
Net +
To Or From Next
Network Module
Rx
1
CM-14 HP-23
CM-15 HP-24
CM-16 HP-06
CM-17 HP-22
CM-18 HP-18
CM-19 HP-09
CM-20 HP-10
CM-21 HP-11
CM-22 HP-07
CM-23 HP-02
O
N
CM-4 HP-21
CM-5 HP-19
CM-6 HP-20
CM-7 HP-04
CM-8 HP-03
CM-9 HP-01
CM-10 HP-14
CM-11 HP-15
CM-12 HP-16
CM-13 HP-17
MSTP
ARC156
+12V
9600
19.2k
38.4k
76.8k
IN-1
Gnd
Fan Status
E-CS
Existing
Inputs: 5V Max
MSTP Baud
IN-2
Gnd
Gnd
IN-3
E-CS
Compressor Status
AO-1
Gnd
DAT
CAUTION:
To Reduce the Risk of Fire
or Electric Shock, Do Not
Interconnect the Outputs of
Different Class 2 Circuits.
Gnd
IN-4
IN-5
LED
CAUTION:
This product was designed
to be mounted inside the
building envelope. Warranty
voided if mounted outside.
ZN551
CONTROLLER
Class 2
24 Vac, 50-60 Hz
20VA, 0.83A
24Vdc, 0.2A, 5W
Use Copper
Conductors Only
Outputs
24V Max,
1A Max
Power for D.O.'s
®
BACnet
DO5 Close Perimeter Heating Valve
DO4 Open HPLS Water Isolation Valve
DO3 Reversing Valve Heat/Cool Mode
DO2 Compressor S/S Relay
DO1 Fan S/S Relay
DO-5
DO-4
DO-3
DO-2
DO-1
BUSS
T1
R4
T2
T2
R5
R2
R3
R1
Elementary School
T2
T2
T2
Michigan 48xxx
Existing
Relays
Metro Environmental, Inc.
Water Source Heat Pumps
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
39 of 46
Water Source Heat Pump (typical of 23)
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the
following modes:
Occupied Mode: The unit shall maintain
o
A 75°F (adj.) cooling setpoint
o
A 72°F (adj.) heating setpoint
Unoccupied Mode (night setback): The unit shall maintain
o
A 85°F (adj.) cooling setpoint.
o
A 62°F (adj.) heating setpoint.
Alarms shall be provided as follows:
High Zone Temp: If the zone temperature is greater than the
cooling setpoint by a user definable amount (adj.).
Low Zone Temp: If the zone temperature is less than the heating
setpoint by a user definable amount (adj.).
Zone Setpoint Adjust:
The occupant shall be able to adjust the zone temperature heating and
cooling setpoints at the zone sensor.
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This
algorithm shall minimize the unoccupied warm-up or cool-down period
while still achieving comfort conditions by the start of scheduled
occupied period.
Zone Unoccupied Override:
A timed local override control shall allow an occupant to override the
schedule and place the unit into an occupied mode for an adjustable
period of time. At the expiration of this time, control of the unit shall
automatically return to the schedule.
Fan:
The fan shall run anytime the unit is occupied, cycles during unoccupied
with a call for heat and cool unless shutdown on safeties.
Heating and Cooling - 1 Compressor Stage:
The controller shall receive a signal from the loop water source monitor
indicating that there is water flow and that the water temperature is
within acceptable limits for a minimum of two minutes.
The controller shall measure the zone temperature, open the isolation
valve and cycle the compressor to maintain its setpoint. To prevent short
cycling, the stage shall have a user definable (adj.) minimum runtime.
The compressor shall run subject to its own internal safeties and
controls. The isolation valve will close when the compressor cycles off.
The heating shall be enabled whenever:
Outside air temperature is less than 65°F (adj.).
AND the fan is on.
AND the reversing valve is in heat mode.
The cooling shall be enabled whenever:
Outside air temperature is greater than 60°F (adj.).
AND the fan is on.
AND the reversing valve is in cool mode.
On mode change, the compressor shall be disabled and remain off until
after the reversing valve has changed position.
Alarms shall be provided as follows:
Compressor Runtime Exceeded: The compressor runtime
exceeds a user definable limit (adj.).
Compressor Status:
The controller shall monitor the compressor status.
Alarms shall be provided as follows:
Compressor Failure: Commanded on, but the status is off.
Compressor in Hand: Commanded off, but the status is on.
Compressor Runtime Exceeded: Compressor status runtime
exceeds a user definable limit (adj.).
Filter Hours:
The controller shall monitor the fan runtime.
Alarms shall be provided as follows:
Filter Change Required: Filter has been in use for more
than 2200hr (adj.).
Discharge Air Temperature:
The controller shall monitor the discharge air temperature.
Alarms shall be provided as follows:
High Discharge Air Temp: If the discharge air temperature is
greater than 120°F (adj.).
Low Discharge Air Temp: If the discharge air temperature is less
than 40°F (adj.).
Fan Status:
The controller shall monitor the fan status.
Alarms shall be provided as follows:
Fan Failure: Commanded on, but the status is off.
Fan in Hand: Commanded off, but the status is on.
Fan Runtime Exceeded: Fan status runtime exceeds a user
definable limit (adj.).
Perimeter radiation heating valve will open whenever:
Outside air temperature is less than 55°F (adj.) and there is a call
for heat greater than 10% in either occupied or unoccupied mode.
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
Water Source Heat Pump Sequence
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
40 of 46
Bill of Materials
DID
E-CS
E-V1
HWS
SE6104a
DESCRIPTION
EXISTING CURRENT SWITCH
EXISTING 1-1/2'' 3-WAY MIXING VALVE
HOT WATER SUPPLY TEMPERATURE SENSOR
SE6104A
Radiant Ceiling Panel Loop HWHS Reset
Schedule
Outside Air Temp.
Hot Water Supply Temp.
< 0F
180F
> 55F
120F
MANUFACTURER
VERIS
HONEYWELL
BAPI
AUTOMATED LOGIC
PART NUMBER
E112-800
N/A
ALC/10K-2-I-4''
SE6104A
QTY
1 ea
1 ea
1 ea
0 ea
Sequence of Operation
Radiant ceiling panel circulating pump activates when outdoor air
temperature drops below 55F (adj.)
DDC monitors pump status via current switch and generates an alarm if
an abnormal condition occurs.
DDC modulates 3-way mixing valve to maintain loop supply water
temperature based on outdoor reset temperature schedule
IN-7 – Radiant Ceiling Loop HWS Temperature
AO-3 – Radiant Ceiling Loop Valve
T2
NC
2 1 3
HWS
E-V1
C
M
IN-8 – Pump Status
E-CS
L1
208/230
L2
VAC
L3
MTR
IN-7 Pump Status
E-CS
FUSE
Starter
HWS
OL'S
MS
HWHS
To Radiant
Ceiling Panels
NO
120VAC
O
H
A
OL'S
DO-4 – Radiant Ceiling Loop Pump Start /Stop
MS
DO-4- Pump S/S
HWHR
From Radiant
Ceiling Panels
HWR
T2
E-Rib #3
Pump Motor
Starter Control
AHU-4 Controller
+
Gnd
+
Gnd
Class 2
24Vac, 50-60 Hz
20VA, 0.83A
Use Copper
Conductors Only
®
BACnet
Aux Power Out
Over ARCNET156 KBaud
+5V
Select
Discharge Air Temperature
Supply Fan Status
1
IN-1
2
IN-2
3
Gnd
Pump Status
Clogged Filter Alarm
4
IN-3
5
IN-4
6
Gnd
7
IN-5
8
IN-6
9
Gnd
10 IN-7
11 IN-8
12 Gnd
1
1 + IN-9
2 +
IN-10
3 Gnd
IN-9
2 IN-10
3
+ IN-1
+
IN-2
Gnd
+ IN-3
+
IN-4
Gnd
+ IN-5
+
IN-6
Gnd
+ IN-7
+
IN-8
Gnd
Gnd
Inputs: All
10V Max, 20mA Max
Off
208/24vac
E-TR
Gnd
24V ac
Power
L1 L2 G
T2
-
Batt
CR2032
T1
+
Tx
BACnet
Shield
Rx
Net-
ARCnet
Net+
12
DO-6
CONTROL MODULE
Universal Input
Mode Select
DO-5
Outputs
24V Max, 3A Max
mA
Thermistor/
dry contact/
RTD
DO-4
Caution:
To Reduce the Risk of Fire
or Electrical Shock, Do Not
interconnect the Outputs of
Different Class 2 Circuits.
Volts
Odd Even
To Or From Next
Network Module
BT485
SE6104a
DO-3
Auto Off On
DO-2
DO-1
DO-6
12
11
10
11
DO-5
10
9
8
9
E-Rib #3
Radiant Ceiling Panel Loop Pump Start / Stop
Wire To Enable Pump Starter
DO-4
8
7
6
7
E-Rib #2
Heating Pump Start /Start
DO-3
6
5
4
5
DO-2
4
3
2
3
2
DO-1
1
E-Rib #1
SF Fan Start / Stop
Open OA Damper Motor
T2
Wire To Enable Heating Pump
T2
Wire To Enable Supply Fan Motor Starter
Elementary School
T2
Michigan 48xxx
T1
1
Metro Environmental, Inc.
Logistat
Gnd
2 Temp
Gnd
Sw
Sw
Rn+
7
LS5v
LogiStat
Port
Run
Gnd
Rn-
Rnet+
Rnet-
8 +12V
+12V
BACnet Mode
19.2k
MSTP
9600
ARC156
Error
Local Access
Module Address
10's
1's
Format
7
Gnd 8
AO-4 +
6
7
Gnd 6
AO-3 + 5
Gnd 4
AO-2 + 3
Gnd 2
AO-1 + 1
AO-3
901
23
23
Made in USA
901
1
O
N
2
3
4
Radiant Ceiling Heating Valve 2/10vdc
REV: 0
5
4
AO-2
2
AO-1
1
Submittal
2/08/10
JOB NO: Cxxxx
Heating Valve 0/20mA
3
Rnet
SE6104A
Radiant Ceiling Panel Loop Control
AO-4
38.4k
78
Gnd
6
Rnet
Temp
4 LS5v
5
8
76.8k
78
3
MSTP Baud
Stat
Select
Gnd
Rnet+
Rnet+12V
Sense
1
456
Radiant Ceiling Loop HWS Temperature
Radiant Ceiling Panel Loop Pump Status
1
2
3
4
5
6
7
8
9
10
11
12
456
Freezestat Alarm
OA Damper Status
+24V
IN-1, IN-2: Pulse Count Ability
On
Face and By-Pass Dampers 2/10vdc
DRAWN BY : TL
CHECKED BY : TS
AO Mode Select
0-10V
0-20mA
41 of 46
Bill of Materials
DID
E-AQS
E-CS
E-R
E-SSP
E-TR
ZN220
DESCRIPTION
EXISTING STRAP ON AQUASTAT
EXISTING CURRENT SWITCH
EXISTING 24VAC CONTROL RELAY
ZONE SENSOR STAINLESS STEEL WALL PLATE
120/24V 50VA TRANSFORMER
ZONE CONTROLLER
MANUFACTURER
INVENSYS
VERIS
CORE
EXISTING
EXISTING
AUTOMATED LOGIC
PART NUMBER
QTY
13 ea
13 ea
13 ea
13 ea
13 ea
0 ea
TC-2974
E112-700
CVR-11C
EXISTING
EXISITNG
ZN220
HWS
HWR
E-AQS
M
Cabinet Unit Heater (typical of 13)
HW
Ceiling
E-CS
RA
Starter
Run Conditions - Scheduled:
The unit shall run according to a user definable time schedule in the following modes:
DA
IN-2 Fan Status
DO-1 Fan Start/Stop
Occupied Mode: The unit shall maintain a heating setpoint of 68°F (adj.).
E-SSP
IN-1 Space Sensor
T
Unoccupied Mode (night setback): The unit shall maintain a heating setpoint of
55°F (adj.).
Alarms shall be provided as follows:
Low Zone Temp: If the zone temperature is less than the heating setpoint by a
user definable amount (adj.).
L
N
120VAC
On / Off
Switch
E-R
YEL
BLU
Zone Optimal Start:
The unit shall use an optimal start algorithm for morning start-up. This algorithm shall
minimize the unoccupied warm-up or cool-down period while still achieving comfort
conditions by the start of scheduled occupied period.
Existing HWR Pipe
Strap-On
Aquastat
E-AQS
FAN
ORN
Fan:
The fan will run anytime the zone temperature drops below the heating setpoint and hot
water is available as sensed by the pipe mounted aquastat after relay R is enabled. When
relay R is disabled the fan will stop.
Set To Make
@110F (Adj.)
Existing Cabinet Unit Heater Control
(Typical of 13)
From Prior ARCnet
Network Controller
CM-27
CM-28
CM-29
CM-30
CM-31
CM-32
CM-33
CM-34
Heating Coil Valve:
The cabinet unit heaters do not have valves.
CM-35
CM-36
CM-37
CM-38
CM-39
Controller Mounted At CUH
Net +
To Next ARCnet
Network Controller
Net -
Gnd
Shield
24 Vac
T2
T1
E-TR
Gnd
Rnet+
Rnet-
E-SSP
+12V
IN-1 Space Sensor
IN-1
Gnd
T
Space Sensor
E-CS
IN-2 Fan Status
IN-2
Gnd
ZN220
DEV: 27
CUH
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
DO-2
DO-1
BUS
DO-1 CUH Fan Start/Stop
T1
E-R
WHT/BLU
WHT/YEL
T2
Cabinet Unit Heaters
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
42 of 46
Bill of Materials
DID
DESCRIPTION
CS
E RIB1
E-TR
PANEL D
ZN551
CURRENT SWITCH
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC TRANSFORMER
16''X12''X6'' NEMA 1 ENCLOSUE WITH PERF PANEL
ZONE CONTROLLER
MANUFACTURER
SENVA
CORE
HONEYWELL
HOFFMAN
AUTOMATED LOGIC
PART NUMBER
C-1200
CVR-11C
N/A
A16N126 W/ A16N12PP
ZN551
QTY
3 ea
3 ea
1 ea
1 ea
0 ea
Sequence of Operation
Exhaust fans are started and stopped based on an occupied time schedule.
Starter
Starter
Starter
Gravity
Damper
Gravity
Damper
Gravity
Damper
Exhaust Fan
Circuit 26
Exhaust Fan
Circuit 28
Exhaust Fan
Circuit 29
H
G
Existing
Manual Starter
OL
E-RIB1
EF
N
120VAC
Circuit 29
E-RIB1
EF
PURP
PURP
BRN
Panel “D”
12"
CM-45
Net +
E-TR
+12V
CS
CS
CS
IN-1 Exhaust Fan Status Circuit 26
IN-1
Gnd
IN-2 Exhaust Fan Status Circuit 28
IN-2
Exhaust Fan
Circuit 29
Gnd
AO-1
ZN551
DEV: 45
WHT/RED
IN-3
DO-3
DO-2
IN-4
IN-5
LED
T2
DO-4
Gnd
Gnd
WHT/PURP
DO-5
Gnd
IN-3 Exhaust Fan Status Circuit 29
RIB
16"
Rnet-
Rnet
23
Rnet+
1
O2
N3
4
901
78
901
Gnd
Fo Lstat
Rx
rm Rnet
Jumper:
Ground
at
Tx
Net +
Gain1 24 Vac
Net - Batt
Pwr
Run
Shield - +
CR
ErrThermist
78
203
IN-1or/dry
Thermist
2
contact
Sen
IN-2or/dry
78
+12
0-5Vdc
se
Rne
contactO
V
Rne
4 n
t0-5Vdc
3
t+
Gnd
2
Communic
1
M
Gnd
ations
Rne
AR
9
ST
Rne
t+
19Selection
3
7
C1
6
P
+12
t.2
8.
6.
56
V Inputs: 0
IN-1
k MSTP
4k
8k
Gnd 5V Max 0
Baud
IN-2
Class 2
Gnd
Gnd
IN-3
24 Vac,
AO-1
Gnd CAUTION:
50-60 Hz
To Reduce the
20VA,
Risk of Fire
0.83A
or Electric Shock, ZN551
DO-5
CONTROLL 24Vdc,
Outp
Do Not
DO-4
0.2A,
ER
CAUTION: the
uts5W
Interconnect
DO-3
Use
This product
24V
of was
Gnd Outputs
DO-2
Copper
IN-4 Different
designedClass 2
Max,
DO-1
Conductor
IN-5 to be mounted
1A for D.O.'s
Power
BUSS
LED Circuits.
s
Only
inside the
Max ®
BACnet
building envelope.
Warranty voided if
mounted outside.
BT485
78
901
T1
CM
net
T2
456
24 Vac
456
Gnd
Net Shield
901
To Next ARCnet
Network Controller
EF
BRN
456
From Prior ARCnet
Network Controller
G
23
ORN
N
120VAC
Circuit 28
Existing
Manual Starter
OL
E-RIB1
YEL
H
456
G
Exhaust Fan Circuit 29 Status
On Ten
es
s
N
120VAC
Circuit 26
Existing
Manual Starter
OL
CS
Exhaust Fan Circuit 28 Status
23
H
CS
Exhaust Fan Circuit 26 Status
23
CS
DDC controller will monitor the exhaust fan statuses via current switches. If an
abnormal condition occurs the controller will generate an alarm.
DO-1
BUS
DO-3 Exhaust Fan Start/Stop
Exhaust Fan
Circuit 28
DO-2 Exhaust Fan Start/Stop
DO-1 Exhaust Fan Start/Stop
WHT/RED
RIB
WHT/PURP
T2
Locate Control Panel In Electrical Room
Serving The Exhaust Fans
T1
Exhaust Fan
Circuit 26
WHT/RED
RIB
WHT/PURP
T2
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
Exhaust Fans Serving Pre-School Wing
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
43 of 46
Bill of Materials
DID
CS
E RIB1
E-TR
ZN551
DESCRIPTION
CURRENT SWITCH
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC TRANSFORMER
ZONE CONTROLLER
MANUFACTURER
SENVA
CORE
HONEYWELL
AUTOMATED LOGIC
PART NUMBER
QTY
3 ea
1 ea
1 ea
0 ea
C-1200
CVR-11C
N/A
ZN551
Sequence of Operation
Exhaust fans are started and stopped based on an occupied time schedule.
CS
CS
Exhaust Fan Circuit 30 Status
CS
Exhaust Fan Circuit 33 Status
CS
Exhaust Fan Circuit 31 Status
Starter
Starter
Starter
Starter
Gravity
Damper
Gravity
Damper
Gravity
Damper
Gravity
Damper
Teachers
Lounge
Toilets
Classrooms
305 / 306
Toilets
Classrooms
301 / 302
Toilets
Classrooms
303 / 304
H
N
120VAC
Circuit 30
Existing
Manual Starter
OL
H
G
Existing
Manual Starter
OL
Teachers
Lounge
C1-1
N
120VAC
Circuit 31
Existing
Manual Starter
OL
C1-2
C2-1
H
G
Toilets
Classrooms
305 / 306
N
120VAC
Circuit 32
Existing
Manual Starter
OL
From Prior ARCnet
Network Controller
To Next ARCnet
Network Controller
C2-2
EF
CM-45
Net +
Gnd
Net 24 Vac
Shield
Gnd
Rnet+
Rnet+12V
CS
CS
CS
IN-1 Exhaust Fan Status Circuit 30
IN-1
Gnd
IN-2 Exhaust Fan Status Circuit 33
G
Toilets
Classrooms
303 / 304
EF
CS
G
EF
N
120VAC
Circuit 33
Exhaust Fan Circuit 32 Status
Toilets
Classrooms
301 / 302
EF
H
DDC controller will monitor the exhaust fan statuses via current switches. If an
abnormal condition occurs the controller will generate an alarm.
IN-2
T2
T1
E-TR
Gnd
AO-1
ZN551
DEV: 45
DO-5
DO-4
Gnd
IN-3 Exhaust Fan Status Circuit 31
IN-3
DO-3
Gnd
IN-4 Exhaust Fan Status Circuit 32
Gnd
IN-4
IN-5
LED
E-RIB1
DO-2
DO-1
BUS
DO-1 Exhaust Fan Start/Stop
T1
RIB
WHT/RED
WHT/PURP
T2
Mounted In Ceiling Space
120V
PURP
BRN
C1
Elementary School
N
Michigan 48xxx
C2
Metro Environmental, Inc.
Exhaust Fans Serving Northwest Rooms
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
44 of 46
Bill of Materials
DID
H548
TR3
ZN220
EF-x
DESCRIPTION
COMMAND RELAY WITH CURRENT SWITCH
120/24VAC TRANSFORMER 50VA
DIGITAL CONTROLLER
MANUFACTURER
VERIS
FUNCTIONAL DEVICES
AUTOMATED LOGIC
PART NUMBER
H548
TR50VA005
ZN220
QTY
4 ea
4 ea
0 ea
Sequence of Operation
Exhaust fans are started and stopped based on an occupied time schedule.
Starter
NC
DDC controller will monitor the exhaust fan status via current switch. If an
abnormal condition occurs the controller will generate an alarm.
Gravity
Damper
General Exhaust
H
N
120VAC
G
Typical Exhaust Fan Control In The Following Areas:
Existing
Manual Starter
Hand
OL
EF
Off
Auto
1) Preschool West Bathroom.
2) Toilets South of Teachers Lounge
3) Art Room Storage
4) To Be Determined (TBD).
Jumper
IN-1 EF-x STATUS
TR3 24V
DO-1 EF-x
T2
T1
H548
ZN220 CM-xx
Typical Exhaust Fan Control
CM-46
CM-47
CM-48
CM-49
To Or From
Next Module
Pre-School West Toilet
Art Room Storage
Toilets South Of Teachers Lounge
TBD
TR3
H N G
Net +
ARCnet
Net -
Gnd
Shield
24 Vac
T2
T1
Gnd
Rnet+
Rnet+12V
EF-x Status
IN-1
Gnd
IN-2
Gnd
ZN220
DEV:
EF-xx
Elementary School
DO-2
DO-1
BUS
DO-1 EF-x Start/Stop
Michigan 48xxx
T1
Metro Environmental, Inc.
Additional Exhaust Fans
Located Near Exhaust Fan
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
45 of 46
Summary Bill of Materials
Summary Bill of Materials
DID
BT485
CDT
CFS
CO2
CR1,2
CS
CS
DAT
DAT
DIAG485
DM
E RIB-1,2
E RIB-3,4
E RIB1
E RIB1,2
E RIB1,2,3
E-AQS
E-CS
E-CS CR
E-CS2
E-DA1
E-DA2
E-DAT
E-DM-1,2
E-DM1
E-DM1,2
E-DM2
E-DPS
E-FRZ
E-MAT
E-R
E-RIB-3,4,5
E-RIB1,2
E-SAT
E-SSP
E-TR
E-V1
E-V1 AHU
E-V1 AHU1
E-V1 AHU5
E-V1 MZ
E-V1 RTU1
E-V1 RTU2
E-V1 SF-1
E-V1 VUV
E-V1 VUV5
E-V1SF1
DESCRIPTION
END OF LINE SEGMENT CONDITIONER
COLD DECK AIR TEMPERATURE
CLOGGED FILER DIFFERENTIAL PRESSURE SWITCH
RETURN AIR DUCT MOUNTED CO2 SENSOR
COOLING RELAY 24VAC DPDT WITH INDICATING LIGHT
CURRENT SENSOR
CURRENT SENSOR
DISCHARGE AIR TEMPERATURE SENSOR
DISCHARGE AIR SENSOR
ARC156 DIAGNOSTIC DEVICE
DAMPER MOTOR 24VAC 2/10VDC CONTROL - FAIL CLOSED
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC CONTROL RELAY
EXISTING STRAP ON AQUASTAT
EXISTING CURRENT SWITCH SOLID CORE
EXISTING CURRENT SWITCH WITH COMMAND RELAY
EXISTING CURRENT SENSOR
EXISTING DAMPER ACTUATOR 120VAC 2/15VDC CONTROL
EXISTING DAMPER ACTUATOR 120VAC 2/15VDC CONTROL
EXISTING DISCHARGE AIR TEMPERATURE SENSOR
EXISTING DAMPER ACTUATOR 24VAC 2/10VDC CONTROL
EXISTING DAMPER MOTOR 120VAC 2/15VDC CONTROL
EXISTING DAMPER MOTOR 24VAC 2/10VDC CONTROL
EXISTING DAMPER MOTOR 120VAC 2/15VDC CONTROL
EXISTING CLOGGED FILER DIFFERENTIAL PRESSURE SWITCH
EXISTING FREEZESTAT DPST
EXISTING MIXED AIR TEMPERATURE SENSOR
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC CONTROL RELAY
EXISTING 24VAC CONTROL RELAY
EXISTING SUPPLY AIR TEMPERATURE SENSOR
ZONE SENSOR STAINLESS STEEL WALL PLATE
120/24VAC 75VA TRANSFORMER
EXISTING 1-1/2'' 3-WAY MIXING VALVE
EXISTING 3-WAY 1-1/4'' 6/9VDC CONTROL
EXISTING 3-WAY 1-1/4'' 6/9VDC CONTROL
EXISITNG 3-WAY VALVE 24VAC 2/10VDC CONTROL - FAILS OPEN
EXISTING 3-WAY 1-1/4'' CV20 GPM 27 0/15VDC CONTROL
EXISTING 3-WAY 1-1/4'' 6/9VDC CONTROL
EXISTING VALVE ACTUATOR
EXISTING 3-WAY 3/4'' VALVE 0/20MA CONTROL
EXISITNG VALVE FLOATING CONTROL
EXISTING VALVE 0/20 MA CONTROL
EXISTING 24VAC 3-WAY 3/4'' 4/20MA CONTROL
MANUFACTURER
AUTOMATED LOGIC
BAPI
CLEVELAND
VERIS
IDEC
SENVA
SENVA
BAPI
BAPI
AUTOMATED LOGIC
BELIMO
CORE
CORE
CORE
CORE
CORE
INVENSYS
VERIS
VERIS
VERIS
INVENSYS
INVENSYS
ALERTON
BELIMO
INVENSYS
BELIMO
INVENSYS
INVENSYS
INVENSYS
ALERTON
CORE
FUNCTIONAL DEVICES
CORE
ALERTON
EXISTING
HONEYWELL
HONEYWELL
INVENSYS
INVENSYS
BELIMO
INVENSYS
INVENSYS
INVENSYS
INVENSYS
BELIMO
INVENSYS
INVENSYS
PART NUMBER
QTY
BT485
6 ea
ALC/10K-T2-D-18''
1 ea
AFS-222
1 ea
CDE
1 ea
RH2B-ULAC24V + SH2B-05 SOCKET 2 ea
C-1200
14 ea
C-1200
1 ea
ALC/10K-T2-D-18''
4 ea
ALC/10K-2-D-8''
23 ea
DIAG485
1 ea
LF24-SR US
1 ea
CVR-11C
2 ea
CVR-11C
2 ea
CVR-11C
4 ea
CVR-11C
2 ea
CVR-11C
3 ea
TC-2974
13 ea
E112-708
79 ea
H948
1 ea
E112-708
1 ea
MP-5430
1 ea
MM-500-0-0-1
1 ea
TS-2008BT
1 ea
AF24 MFT US
2 ea
MP-5430
3 ea
LF24-SR
2 ea
MM-500-0-0-1
2 ea
PC-301
4 ea
TC-5232
7 ea
TS-2008BT
1 ea
CVR-11C
24 ea
RIBU1C
3 ea
CVR-11C
4 ea
TS2020BT
1 ea
EXISTING
13 ea
AT175F1023
19 ea
N/A
1 ea
VS-7313-267-4-9 MP-5430-0-0-3
3 ea
VS-7313-267-4-9 MP-5430-0-0-3
1 ea
B217B+LF-SR
1 ea
VS-7313-267-4-9 MP-5430-0-0-3
1 ea
VS-7313-267-4-9 MP-5430-0-0-3
1 ea
MP-5210
1 ea
MPR-5413
1 ea
N/A
4 ea
MPR-5613-0-0-3
1 ea
MP-5413
1 ea
E-ZDM
ER1,2
H548
HDT
HWS
LGR25
M8102
MAT
MX4106
OAT/H
PANEL A
PANEL B
PANEL C
PANEL D
PANEL E
PANEL F
PANEL G
PANEL H
PANEL I
PANEL J
PDT
PROT485
PS
R1,2,3,4,5
R3
RAT
REP485
RSPL
EXISTING ZONE DAMPER ACTUATOR 24VAC 2/10VDC CONTROL
EXISTING 24VAC CONTROL RELAY
COMMAND RELAY WITH CURRENT SWITCH
HOT DECK AIR TEMPERATURE
HOT WATER SUPPLY TEMPERATURE SENSOR
LGR25
M8102 DDC CONTROLLER
MIXED AIR AVG. TEMP. SENSOR
MX4106
OUTSIDE AIR TEMPERATURE AND HUMIDITY SENSOR
36X30 ENCLOSURE+PERF+KEYLOCKKIT
EXISTING INVENSYS COMMUNICATIONS PANEL
24'' X 24'' ENCLOSURE+PERF PANEL
16''X12''X6'' NEMA 1 ENCLOSUE WITH PERF PANEL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
EXISTING 12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
12' 'X 12'' X 3'' NEMA 1 ENCLOSURE WITH PERF PANEL
DIFF PRESS TRANSMITTER 0-50 PS1, 0-5 VDC OUT, 24 VDC IN
ARC156 PROTECTION DEVICE
POWER SUPPLY 24VAC IN 24VDC OUT
24VAC SPDT RELAYS
24VAC DPDT WITH INDICATING LIGHT
RETURN AIR TEMPERATURE
REPEATER
ROOM SENSOR WITH ADJUSTMENT AND OVERRIDE
BELIMO
CORE
VERIS
BAPI
BAPI
AUTOMATED LOGIC
AUTOMATED LOGIC
BAPI
AUTOMATED LOGIC
BAPI
HOFFMAN
INVENSYS
HOFFMAN
HOFFMAN
HOFFMAN
HOFFMAN
HOFFMAN
HOFFMAN
HOFFMAN
HOFFMAN
VERIS
AUTOMATED LOGIC
KELE
CORE
IDEC
BAPI
AUTOMATED LOGIC
AUTOMATED LOGIC
NB24 MFT US
CVR-11C
H548
ALC/10K-T2-D-18''
ALC/10K-2-I-4''
LGR25
M8102
ALC/10K-2-A-24'
MX4106
ALC/10K-2-H300-O-WP
A-36N30ALP+A36N30MPP+AL12
N/A
A24N24ALP + A24N24MPP
A16N126 W/ A16N12PP
B12-P
B12-P
B12-P
B12-P
B12-P
B12-P
PWLX03S
PROT485
DCP-1.5W
CVR-11C
RH2B-ULAC24V + SH2B-05 SOCKET
ALC/10K-T2-D-18''
REP485
RSPL
3 ea
2 ea
4 ea
1 ea
1 ea
1 ea
1 ea
4 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
2 ea
1 ea
115 ea
4 ea
2 ea
2 ea
37 ea
DID
SA
SE6104a
SSP
T1 to T6
TR-1
TR-1,2
TR-1,2,3,4
TR3
ZDA
ZDAT
ZN141v+
ZN220
ZN253
ZN551
DESCRIPTION
SUPPLY AIR TEMPERATURE SENSOR
SE6104A
STAINLESS STEEL WALL PLATE SENSOR
IMMERSION TEMP SENSOR
TRANSFORMER 120/24VAC 100VA
TRANSFORMER 120/24VAC 100VA
TRANSFORMER 120/24VAC 100VA
120/24VAC TRANSFORMER 50VA
EXISTING DAMPER ACTUATOR 120VAC 2/15VDC
ZONE DISCHARGE AIR TEMPERATURE
ZN141V+
ZN220
ZN253
ZN551
MANUFACTURER
BAPI
AUTOMATED LOGIC
BAPI
BAPI
FUNCTIONAL DEVICES
FUNCTIONAL DEVICES
FUNCTIONAL DEVICES
FUNCTIONAL DEVICES
INVENSYS
BAPI
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
AUTOMATED LOGIC
PART NUMBER
ALC/10K-2-D-8''
SE6104A
ALC/10K-2-SP
ALC/10K-2-I-4''
TR100VA001-28
TR100VA001-28
TR100VA001-28
TR50VA005
MP-5430-0-0-3
ALC/10K-T2-D-8''
ZN141V+
ZN220
ZN253
ZN551
QTY
4 ea
9 ea
13 ea
6 ea
1 ea
2 ea
4 ea
4 ea
3 ea
3 ea
1 ea
18 ea
1 ea
32 ea
Elementary School
Michigan 48xxx
Metro Environmental, Inc.
Summary Bill of Materials
REV: 0
Submittal
2/08/10
JOB NO: Cxxxx
DRAWN BY : TL
CHECKED BY : TS
46 of 46