262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone)
treated Chilled Water with FMS Interface (Ameresco)
[Ameresco] See 006290S01 to 006290S04 for ESCO Buildings List / Compliance
Requirements.
A.
BACnet Device ID numbers and Device Names shall only be assigned by Bobbie Tincher or Galen
Tolliver. Device ID and Device Names assignment shall be the sole responsibility of the University of
Kentucky.
B.
The servers shall be joined to the UK’s Active Directory domain.
C.
The names of the servers shall be assigned solely by CPPD IT Andrew Blues or Shawn Reynolds.
D.
Provide control equipment, including any associated hardware and software, that is Year 2000 compliant.
E.
Provide and install and fully commission a complete system of Automatic Temperature Controls as
specified herein, and as illustrated on the contract drawings to allow for a complete and operational
temperature control system. The Temperature Control system shall be a combination electronic Direct
Digital Control (DDC) with pneumatic actuation. All necessary control panels, relays, switches, system
software, valves, valve actuators, sensing devices, and damper operators shall be provided, installed,
and commissioned to insure proper operation of the temperature control system as detailed in the
sequence of operation, whether noted on the plans and specifications or not. The systems shall be
properly connected, piped and wired in a manner conforming to the laws, ordinances and codes now in
force in the Commonwealth of Kentucky.
F.
The facility management system (FMS) specified for this project shall seamlessly interface to the existing
Johnson Controls Metasys, facility management system. If the existing facility management system
cannot meet the requirements specified in this section, the controls manufacturer shall provide all
hardware, software, installation, control wiring, engineering and programming etc. to upgrade the existing
facility management system to meet the requirements of this section. All new and existing manufacturers
specific hardware points, software points, DDC controllers, Network Controllers, Workstations and
software system objects shall be monitored, controllable and accessible as described in this section from
either the Johnson Controls ADX Operator Workstation, located in the Peterson Service Building Delta
Room. Providing additional computer workstations, Internet IP Protocol Access, Java script programming,
windowing between different or loading separate facility management system software on one of the
above Workstations for interface to the new and existing facility management system is not acceptable.
G.
The facility management system shall interface to the existing Campus FDDI segmented WAN network
via 10BASET communication hub(s). With respect to all new and existing DDC controllers, Network
Controllers and workstations communicating over the campus WAN network, all control points and
software features described in this section shall be operable from one of the existing operator terminals
located in the Peterson Service building. Modem communication is not acceptable for this application.
There shall only be one physical connection to the campus FDDI WAN network.
H.
All controller programs shall have the ability to download and upload over the campus Ethernet network.
I.
UK Communications department shall provide all required HUB’s routers and switches required to
interface to the campus WAN network. The cost for this work shall be included by the controls
manufacturer. Obtain pricing from the UK Campus Communication Department prior to bid.
J.
EMS Connections to Third Party Equipment: Provide these connections and points as indicated in the
Sequence of Operation and/or the I/O Summary Sheets. Third Party equipment includes but is not limited
262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone) treated Chilled
Water with FMS Interface (Ameresco)
Dated: 12/2015
Page 1 of 4
Applies to: All Projects
University of Kentucky
262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone)
treated Chilled Water with FMS Interface (Ameresco)
to, computer room air conditioning units, condensate pumps, transfer switches, HVAC variable speed
pumping systems, sump pumps, fire alarm systems, lighting systems, etc.
K.
Coordinate with third party equipment suppliers to determine equipment devices, such as, printed circuit
boards, contacts, etc. required for EMS connections. Provide any necessary connection devices not
provided by the third party equipment suppliers.
L.
Electrical power wiring and interlock wiring for all controls, signal devices, alarms, etc., shall be in
accordance with diagrams and instructions from the supplier of the systems. All power and control wiring,
conduit and wiring connections required for the complete installation, including wiring to smoke dampers
and combination fire/smoke dampers and their motors, shall be provided by this Contractor in accordance
Electrical 16 specification requirements.
M.
Refer to 15525d01 drawing standard.
GENERAL
Energy Computer: Stand-alone Microprocessor Based System
Setup Memory:
Non volatile totalized energy and setup information memory such that loss of
power does not result in loss of this information. Also, system must automatically
resume, without human intervention, pre-power failure operation when normal
power is restored.
TEMPERATURE SENSORS
Thermowell Type
1000 OHM Wire Wound RTD
l/2 inch NPT process and conduit connection
Stainless steel 1/4 inch sheath
Provided in matched pairs
Must meet Din 43760 Class A Standard
Range: 0 - 120 degree F
Cast iron connector head l/2" NPT (all connections)
Supply temperature min. 38 degree F, max. 80 degree F usual 55 degree F
FLOW SENSOR SYSTEM (Ultrasonic unless otherwise marked below)
Ultrasonic (wide beam) per U.K. Standard 16430S11.
LOCAL OUTPUT INDICATION
Digital display of instantaneous energy flow (BTU)
Digital display of BTU-Field programmable divide select
Digital display of instantaneous temperatures T1 and T2 (may be selectable)
262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone) treated Chilled
Water with FMS Interface (Ameresco)
Dated: 12/2015
Page 2 of 4
Applies to: All Projects
University of Kentucky
262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone)
treated Chilled Water with FMS Interface (Ameresco)
REMOTE OUTPUTS FOR EMS INTERFACE
Pulse output representing integral energy (BTU) (10 PPS Max) min. make 40 ms, min. break 25 ms,
dry relay contact type.
4-20 MA representing temperature T1
(NOTE: 0-10 VDC may be acceptable with UKPPD Engineering approval)
4-20 MA representing temperature T2
(NOTE: 0-10 VDC may be acceptable with UKPPD Engineering approval)
TTL output of BTU system fault alarm
RS-232C I/O connection equipped for remote output of all data and diagnostic codes
(language - Basic, protocol - ASCII).
262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone) treated Chilled
Water with FMS Interface (Ameresco)
Dated: 12/2015
Page 3 of 4
Applies to: All Projects
University of Kentucky
262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone)
treated Chilled Water with FMS Interface (Ameresco)
ENCLOSURE
All system components to be enclosed in a NEMA 4 enclosure and all displays and alarms to be
visible with enclosure shut.
POWER
115 V.A.C., 60 HZ.
ENVIRONMENT
Ambient Temperature: 0 - 120 degree F
LIGHTNING PROTECTION (To be provided by system installer)
All electric/electronic equipment supplied must be internally or externally lightning/transient surge
voltage protected on all external power feeder and input/output connections which are subject to surge
voltage (lightning) transients. Provide high speed clamping elements which meet IEEE. STD. 472
(SWC) on all digital or analog data channels.
NOTE:
If this spec. applies to systems which are to be installed in underground pits, the 115 V.A.C.
supply voltage and all remote input/outputs must be lightning protected.
ACCURACY
System outputs must be within 3% of actual measured quantities over the complete operating range.
Each meter shall be factory calibrated on min/max flow rates and pipe size.
Basic Accuracy
- 3% actual BTU
Linearity Error
- 0.25%
Repeatability Error - 0.25% Max.
DOCUMENTATION
Provide three (3) complete sets of system documentation. Documentation to include installation,
calibration, operation, maintenance and repair manuals of sufficient detail to enable customer to
install, calibrate, operate, maintain and repair the complete system. Documentation also to include
circuit schematics, wiring interconnection diagrams and necessary mechanical drawings.
ACCEPTABLE MANUFACTURERS
Onicon F-3500 with System-10 BTU meter display.
262713S10 ELECTRICITY METERING: BTU Meter Chilled Water (Stand-Alone) treated Chilled
Water with FMS Interface (Ameresco)
Dated: 12/2015
Page 4 of 4
Applies to: All Projects
University of Kentucky