Building Management Systems
OPERATION &
MAINTENANCE MANUAL
______________________________________
UPS Building, KAU
Jeddah
Contractor:
Sayyar Al Hussaini
Submittal by:
Teamac Arabia
Authorized Trend BMS System Integrator
Supplier:
Teamac Arabia, Jeddah
Project:
UPS Building, KAU
Contractor:
Sayyar Al Hussaini
PROJECT DETAILS
Operation & Maintenance
Manual
Introduction
Company Profile
1
Technical Support
2
Equipment Schedule
3
Input / Output Point List
4
BMS Riser Diagram
5
Control Schematics
6
Safety Procedure
Maintenance Procedure
7
Warranty Certificate
8
As Built Panel Drawing
9
Technical data sheets
10
INTRODUCTION
COMPANY PROFILE
INTRODUCTION
This O & M Manual is for Building Management system of UPS Building, King Abdulaziz
University, Jeddah. This BMS system installed at UPS Building, KAU is used to control and
monitor the Electromechanical equipment installed at the building.
DDC Panels are equipped with latest BACnet Controller (IQ4E) by Honeywell Trend.
The purpose of this manual is to give the information and operation & maintenance detail and
procedures to the O & M term to have a better use of the equipment with well-planned periodic and
preventive maintenance.
Teamac Arabia Contracting Est.
CR: 4650045268
P.O. Box: 34049, Jeddah 21468, KSA
Phone: 02-6113255, Fax: 02-2877216
E-mail: info@teamac-arabia.com
‫مؤسسة تيماك العربية للمقاوالت‬
4650045268 :‫سجل تجاري رقم‬
21468 :‫ رمز بريدي‬34049 :‫ ب‬.‫ص‬
‫ المملکة العربیة السعودية‬. ‫جدة‬
2877216 :‫ فاكس‬. 6113255 :‫هاتف‬
With nearly a decade of Product & Service Excellence,
Teamac Arabia belongs to the group that operates in diversified segments of businesses with a concept of total solution
provider addressing the customer needs and maintaining the
corporate mission of quality of product and excellence in
services capable of meeting the challenges put forward by
the customers.
With Teamac Arabia as your business partner for your
Low Current System requirements, you access a host
of innovative technology and a team of committed
people, all dedicated to ensuring your success.




Market Presence for nearly a decade
Highly Experienced and Qualified Team
Quality products from world-renowned suppliers
Value-added approach to customers’ needs
WE DON’T SELL PRODUCTS . . .
WE PROVIDE SOLUTIONS . . .
Teamac Arabia is committed to assisting its customers
with their unique needs by providing them with comprehensive, value-added solutions and professional
yet personal service.
With our highly qualified and technical team, we are
capable of rendering the best services to our valued
customers with special focus in the fields of Low Current, BMS and TAB — Water & Air Balancing.
In addition to our diversified product range that include
many of the world-renowned suppliers in their respective fields, we provide comprehensive design, installation, testing, commissioning, training and after sales
support services.
GOVERNMENT SECTOR
We are proud to mention our long list of projects
that are currently in progress, as well as the
companies for whom we have completed the
projects over the last 5 years.

Saudi Aramco

Ministry of Health

Ministry of Interior

Petromin Oils

Saudi Telecom

Saudi Electric Company

Saudi Railways

Riyadh Metro

Saudi Food & Drug Authority

NWC - National Water Company
EDUCATION & TRAINING

King Abdulaziz University

King Saud University

Medina Islamic University

Taiba University

Najran University

Umm ul Qura University

Batterjee Medical College
PRIVATE SECTOR

Hilton Hotel

Inter-continental Hotel

Saudi German Hospitals Group

AJA Palace, Hail

Durrat ul Uroos Resort

National Paper Company

BMS, TAB & HVAC CONTROLS

Building Management Solutions

Energy Management Solutions

Hotel Room Management Systems

Lighting & Occupancy Controls

Parking Management Systems

Variable Frequency Drives

TAB — Testing, Adjusting & Balancing
FIRE ALARM & LOW CURRENT SOLUTIONS

Fire Alarm System

Public Address & Paging System

CCTV and IP Cameras

Access Control System

Public Evacuation System

Central Clock System

Nurse Call Centre
BMS & Integrated Low Current Solution
Teamac Arabia is capable of undertaking a wide range of Integrated
Low Current projects starting from conceptual design through detail
CONTROL & AUTOMATION

Motor Control Centers

Electrical Control Panels

Variable Speed Drives
design, construction phase to after sales service contracts.
Our partnership with world leading brands proves our selection and
commitment to the best in the industry that can offer a complete and
reliable solution at most competitive prices.
Working with a team of engineers having over 15 years of installation

Harmonics Filters

Engineering & Technical Services

Energy & Power Quality Control Solutions
and design experience, we can design, install, test and commission
in new projects, remove and replace obsolete equipment, or retrofit
new components to existing systems.
Today’s challenging business environment demands efficient use of energy
— both at industrial and commercial levels.
We work with two of the world’s leading Building Energy Management Systems manufacturers — Honeywell and Schneider Electric — with a worldwide distribution and support network. Their fully integrated control solutions
are able to meet the most complex requirements of modern buildings.
Through close control and monitoring of air conditioning, heating, ventilation
and other building services, our BMS solution is able to minimize energy
consumption and maintain consistently comfortable conditions – as well as
bringing other key benefits such as lower plant maintenance costs.
Teamac Arabia is experienced System Integrator with over 10 years of experience and is capable to design, supply, engineer and commission the BMS
Solution. The BMS solution from world leading manufacturers along with
Teamac Arabia technical expertise not only provides systems that are fit for
purpose but also ensures lowest lifetime costs.
Teamac Arabia has a long history of working with HVAC and HVAC Controls namely BMS—Building Management Systems. With a team of over
30 Engineers & Technicians who are experienced both in TAB and BMS,
Teamac is technically capable and offers a comprehensive service for the
Testing, Balancing and Commissioning of HVAC systems.
Teamac Arabia has the expertise to carry on some of the most challenging
works both in terms of size as well as complexity. We have undertaken
projects related to Pharmaceutical, colleges, universities, 5-star hotels and
as diverse as Equestrian Club for keeping horses in controlled environment.
Our qualified and experienced Engineers work in accordance with BSRIA,
CIBSE and ASHRAE codes of practice and are certified by NBC — National Balancing Council, USA. NBC trains and certifies professionals who are
specialized in comprehensive HVAC system diagnostics. Using exclusive
methods of reporting from NBC, our technicians have the expertise to
measure and verify various systems operating performances in some of
the most challenging environments.
Teamac Arabia provides a complete, reliable and integrated solution of low
current systems from leading global manufacturers — both for residential
and commercial applications. From intrusion, fire alarm and home automation systems, to the latest in IP video and access control, Teamac is focused on technologies that create “connected homes” and “connected
buildings.”
With extensive technology portfolio, experienced team and trusted brands,
Teamac Arabia partners with world leaders in security and low current
systems market.

Fire Alarm System

Intrusion & Access Control

Integrated Security

Video Surveillance

Cabling & Custom Electronics

Master Clock System
http:// www.teamac-arabia.com
United Arab Emirates
P.O. Box 50342
Hamriyah Free Zone
Sharjah
United Arab Emirates
Phone:
+971-4-288 0664
Fax:
+971-4-288 0664
Email::
sales@teamac-arabia.com
Kingdom of Saudi Arabia
Jeddah (Head Office)
PO Box 46634, Jeddah, 21542
Phone:
+966-12-611 3255
E-mail:
sales.ksa@teamac-arabia.com
Riyadh Branch
Phone:
+966-11-4767240
E-mail:
sales.ksa@teamac-arabia.com
Madinah Branch
Phone:
+966-14-837 6600
E-mail:
sales.ksa@teamac-arabia.com
AUTHORIZED SYSTEM IN TEGRATOR
TECHNICAL SUPPORT
EQUIPMENT SCHEDULE
UPS Building, KAU
Wall mounted AC unit
CRAC unit
1
2
1
1
Total
Scope
2
Monitoring Only
2
4
Monitoring Only
6
9
Monitoring Only
2
Monitoring Only
2
Control & Monitoring
8
Monitoring Only
4
Control & Monitoring
7
Monitoring Only
1
Monitoring Only
1
Monitoring Only
4
Monitoring Only
Pumps
2
Exhaust Fans
Space Temperature Sensor
2
1
1
1
Motorized Damper Actuator
Aersol System
Pump Room
Data
Center
Control
Room
Electrical
Room 2
1
Electrical
Room 1
1
Generator Room
Old Battery Room
Floor standing AC unit
New Battery Room
Equipment
UPS
Room
Equipment Schedule
1
1
1
1
1
4
1
Generator
1
1
1
1
1
1
1
UPS
1
Access Control System
1
2
1
Fire Alarm System
1
1
Monitoring Only
CCTV System
1
1
Monitoring Only
Teamac Arabia
Trend BMS Partner
Page 1 of 1
Project: UPS Building, KAU
(CPE-AAL-2015-03-MHA)
INPUT / OUTPUT POINT LIST
UPS Building, KAU
I-O Point List Per Equipment
Input / Output
Signal Description
Qty
Floor standing AC unit (Qty: 2)
Field Device / Comments
AI
DI
AO
DO
SW
0
4
0
0
0
4
On / Off Status
2
2
Volt Free Contact
Trip Status
2
2
Volt Free Contact
Wall mounted AC unit (Qty: 4)
0
8
0
0
0
8
On / Off Status
4
4
Volt Free Contact
Trip Status
4
4
Volt Free Contact
CRAC unit (Qty: 9)
0
18
0
0
0
18
On / Off Status
9
9
Volt Free Contact
Trip Status
9
9
Volt Free Contact
Pumps (Qty: 2)
0
4
0
0
0
4
Run Status
2
2
Volt Free Contact
Trip Status
2
2
Volt Free Contact
Exhaust Fan (Qty: 2)
0
4
0
2
0
6
Start/Stop command
2
Run Status
2
2
Volt Free Contact
Trip Status
2
2
Volt Free Contact
Space Temperature (Qty: 8)
Space Temperature Status
8
8
Motorized Fire & Smoke Damper (Qty: 4)
Damper Status
2
0
0
Volt Free Contact
0
8
0
4
Aersol System (Qty: 7)
0
0
4
0
8
Space Temperature Status
4
14
4
0
4
0
0
2-Pos Damper Actuator, 10 Nm
0
Supplied By others
14
7
7
Volt Free Contact
Trip Status
7
7
Volt Free Contact
Page 1 of 2
Supplied By others
8
On / Off Status
Teamac Arabia
Trend BMS Partner
Product Code
Project: UPS Building, KAU
(CPE-AAL-2015-03-MHA)
UPS Building, KAU
I-O Point List Per Equipment
Input / Output
Signal Description
Qty
Generator (Qty: 1)
Field Device / Comments
AI
DI
AO
DO
SW
0
2
0
0
0
2
Run Status
1
1
Volt Free Contact
General Alarm
1
1
Volt Free Contact
UPS (Qty: 1)
0
2
0
0
0
2
On / Off Status
1
1
Volt Free Contact
Trip Status
1
1
Volt Free Contact
Access Control System (Qty: 4)
0
8
0
0
0
8
On / Off Status
4
4
Volt Free Contact
Trip Status
4
4
Volt Free Contact
Fire Alarm System (Qty: 1)
0
2
0
0
0
2
On / Off Status
1
1
Volt Free Contact
Trip Status
1
1
Volt Free Contact
CCTV System(Qty: 1)
0
2
0
0
0
2
On / Off Status
1
1
Volt Free Contact
Trip Status
1
1
Volt Free Contact
Total I-O Points
Teamac Arabia
Trend BMS Partner
8
72
0
6
0
Page 2 of 2
Product Code
86
Project: UPS Building, KAU
(CPE-AAL-2015-03-MHA)
BMS RISER DIAGRAM
NOTES :
F1
E
F1 Cable = 4 No.
F1 Cable = 2 No.
LEGEND:
FLOOR STANDING AC
UNIT (QTY:2)
F1 Cable = 8 No.
B A C K B O N
18 AWG, 1 PAIR, SHIELDED
GENERATOR
(QTY:1)
F1 Cable = 2 No.
DDC DIRECT DIGITAL CONTROL PANEL
CRAC
UPS
WALL MOUNTED AC
UNIT (QTY:4)
F1 Cable = 18 No.
CRAC UNIT
(QTY:9)
{NO. OF CABLES = 1 }
CAT 7 CABLE
F1 Cable = 8 No.
EXHAUST FANS
(QTY:2)
PUMPS
(QTY:2)
MOTORIZED FIRE &
SMOKE DAMPER
(QTY:4)
SPACE TEMPERATURE
(QTY:8)
F1 Cable = 14 No.
T C P / I P
DDC-1
CP
MCC
AERSOL SYSTEM
(QTY:7)
UPS
(QTY:1)
CP
COMPUTER ROOM AIR
CONDITIONING UNIT
UNINTERRUPTIBLE POWER SUPPLY
CONTROL PANEL
MCC MOTOR CONTROL CENTER
F1 Cable = 8 No.
ACCESS CONTROL
SYSTEM (QTY:4)
F1 Cable = 2 No.
FIRE ALARM SYSTEM
(QTY:1)
F1 Cable = 2 No.
CCTV SYSTEM
(QTY:1)
IQ4E
F1 Cable = 4 No.
F1 Cable = 6 No.
F1 Cable = 8 No.
PRINTER
CAT 7 CABLE
BMS RISER
AMENDMENT DETAILS
NO.
DESCRIPTION
TREND SUPERVISION
SYSTEM
DATE REV.
CAT 7 CABLE
CLIENT:
1
GROUND FLOOR
LOCATED IN MAIN CONTROL
ROOM BUILDING
KING ABDUL AZIZ UNIVERSITY
DESIGNED BY CHECKED BY APPROVED BY
WASEEM
ASAD
ALI
CONTRACTOR:
SAYYAR AL HUSSAINI
PRINTER
PROJECT:
2
TREND SUPERVISION
SYSTEM
NOT IN SCOPE
UPS BUILDING, KAU
SUPPLER:
TEAMAC ARABIA
Kingdom of Saudi Arabia
P. O. BOX 34049, JEDDAH, 21468, KSA
PHONE: +966 2 611 3255
FAX:
+ 966 2 287 7216
www.teamac-arabia.com
BRAND:
UNIVERSITY LINE (FIBER OPTIC)
DRAWING TITLE:
BMS RISER DIAGRAM
DRAWING NO:
BMS-RISER-01
REV. NO. DATE :04-03-2022
01
SCALE : N.T.S
CONTROL SCHEMATICS
LEGEND:
PUMPS
CP
CONTROL PANEL
PUMP
SUPPLY
CP
DESIGNED
CHECKED
APPROVED
WASEEM
ASAD
ALI
KING ABDULAZIZ UNIVERSITY
SW
PUMP TRIP STATUS
DDC PANEL
PUMP RUN STATUS
PROJECT:
UPS BUILDING, KAU
CONTRACTOR:
SAYYAR AL HUSSAINI
SUPPLIER:
AI
AO
SYSTEM:
PUMPS
DI
DO
SHEET NO:
REV.
DATE:
01
01
04-03-2022
LEGEND:
EXHAUST FANS
MCC
MOTOR CONTROL CENTER
SW
DESIGNED
CHECKED
APPROVED
WASEEM
ASAD
ALI
KING ABDULAZIZ UNIVERSITY
FAN TRIP STATUS
PROJECT:
FAN RUN STATUS
DDC PANEL
FAN START/STOP COMMAND
MCC
UPS BUILDING, KAU
CONTRACTOR:
SAYYAR AL HUSSAINI
SUPPLIER:
AI
AO
SYSTEM:
DI
DO
EXHAUST FANS
SHEET NO:
REV.
DATE:
02
01
04-03-2022
LEGEND:
MOTORIZED FIRE & SMOKE DAMPER
DAMPER
FIELD
1 2 3 4 5
CL1
24V AC
SW
DAMPER STATUS (SUPPLIED BY OTHERS)
DDC PANEL
DAMPER CONTROL (SUPPLIED BY OTHERS)
PANEL
CN1
DESIGNED
CHECKED
APPROVED
WASEEM
ASAD
ALI
KING ABDULAZIZ UNIVERSITY
PROJECT:
UPS BUILDING, KAU
CONTRACTOR:
SAYYAR AL HUSSAINI
SUPPLIER:
AI
AO
DI
DO
SYSTEM:
MOTORIZED FIRE & SMOKE DAMPER
SHEET NO:
REV.
DATE:
03
01
04-03-2022
LEGEND:
COMPUTER ROOM AIR
CONDITIONING UNIT
CRAC
FLOOR STANDING
AC UNIT
WALL MOUNTED
AC UNIT
CRAC UNIT
FLOOR STANDING AC
UNIT
WALL MOUNTED
AC UNIT
CRAC UNIT
DESIGNED
CHECKED
APPROVED
WASEEM
ASAD
ALI
KING ABDULAZIZ UNIVERSITY
UPS BUILDING, KAU
TRIP STATUS
ON / OFF STATUS
TRIP STATUS
ON / OFF STATUS
TRIP STATUS
ON / OFF STATUS
PROJECT:
CONTRACTOR:
SAYYAR AL HUSSAINI
DDC PANEL
SW
SUPPLIER:
AI
AO
SYSTEM:
FLOOR STANDING AC UNIT
WALL MOUNTED AC UNIT
CRAC UNIT
DI
DO
SHEET NO:
REV.
DATE:
04
01
04-03-2022
LEGEND:
AERSOL
SYSTEM
GENERATOR
SPACE
TEMPERATURE
AERSOL
SYSTEM
GENERATOR
DESIGNED
CHECKED
APPROVED
WASEEM
ASAD
ALI
KING ABDULAZIZ UNIVERSITY
ALARM SIGNAL
RUN STATUS
ALARM SIGNAL
PROJECT:
ON / OFF STATUS
SPACE TEMPERATURE STATUS
SPACE
TEMPERATURE
UPS BUILDING, KAU
CONTRACTOR:
SAYYAR AL HUSSAINI
DDC PANEL
SW
SUPPLIER:
AI
AO
SYSTEM:
DI
DO
THIRD PARTY SYSTEM
SHEET NO:
REV.
DATE:
05
01
04-03-2022
LEGEND:
UPS
UPS
ACCESS CONTROL
SYSTEM
FIRE ALARM
SYSTEM
CCTV
UPS
ACCESS CONTROL
SYSTEM
FIRE ALARM
SYSTEM
CCTV
UNINTERRUPTIBLE POWER SUPPLY
DESIGNED
CHECKED
APPROVED
WASEEM
ASAD
ALI
KING ABDULAZIZ UNIVERSITY
ALARM SIGNAL
ON / OFF STATUS
ALARM SIGNAL
ON / OFF STATUS
ALARM SIGNAL
ON / OFF STATUS
ALARM SIGNAL
ON / OFF STATUS
PROJECT:
UPS BUILDING, KAU
CONTRACTOR:
SAYYAR AL HUSSAINI
DDC PANEL
SW
SUPPLIER:
AI
AO
SYSTEM:
DI
DO
THIRD PARTY SYSTEM
SHEET NO:
REV.
DATE:
06
01
04-03-2022
SAFETY PROCEDURES
MAINTENANCE PROCEDURES
SAFETY PROCEDURES
This O & M Manual is for BMS System installed at UPS Building, King Abdulaziz University,
Jeddah.
HOW BMS SYSTEM WORKS:

A building management system (BMS), otherwise known as a building automation
system (BAS), is a control system installed in buildings that controls and monitors the
building's mechanical and electrical equipment such as ventilation, lighting, power
systems, fire systems.

A BMS can connect to individual Unit and run automated schedules for example during the
day when the occupancy is high it will be on, and at night when occupancy is low switch off the
unit to conserve energy.
SAFETY PROCEDURES:
1. Don’t operate any damper manually unless it is compulsorily any maintenance.
2. Continuous monitoring of BMS system through central computer is necessary to take immediate
action to avoid any system break-down
3. Prior notice to be given to all related personnel before carry out any maintenance works.
4. Periodic inspection to be done to make sure the parameters setting and working condition of the
operating mechanism of damper.
Teamac Arabia Contracting Est.
CR: 4650046812
P.O. Box: 34049, Jeddah 21468, KSA
Phone: 02-6113255, Fax: 02-2877216
E-mail: info@teamac-arabia.com
‫مؤسسة تيماك العربية للمقاوالت‬
4650045268 :‫سجل تجاري رقم‬
86412 :‫ رمز بريدي‬94043 :‫ ب‬.‫ص‬
‫ المملکة العربیة السعودية‬. ‫جدة‬
8277861 :‫ فاكس‬. 1669866 :‫هاتف‬
info@teamac-arabia.com
MAINTENANCE PROCEDURES
A. Preventive Maintenance
Daily:
1. Investigate any readings that are unusual
2. Repair faults and re-check readings
3. Check the communication between facility terminals and DDC Modules.
Weekly:
1. Checking DDC cabinets with emphasis on using OPT terminal
2. Visual inspection of field devices such as sensors, gauges, diff. pressure
switches for fan & filter etc.
3. Checking of control room equipment and take note of operator implemented
setting
Monthly:
1. Check and rectify communication bus devices and overall system
performance.
2. Check the pneumatic air and the proper function of thermostats and controls of
the terminal units.
3. Check and adjust the operation in response to cooling demands.
Quarterly:
1. Optimize PACU control and check the schedule and event triggered start stop
program of the PACU.
2. Schedule maintenance of all the system equipment to be checked once during
the quarter. This will include, but not limited to control room equipment, DDC
modules and field devices such as sensor, actuators, etc...
Yearly:
1. Update Drawings & Manuals.
2. Complete backlog of repair and PM work orders accumulated over the year
period.
3. Simulate dust storm mode to check Oil Bath Filter controls
4. Simulate smoke detector/Fire alarms to check and rectify PACU
start/stop smoke evacuation mode.
Teamac Arabia Contracting Est.
CR: 4650046812
P.O. Box: 34049, Jeddah 21468, KSA
Phone: 02-6113255, Fax: 02-2877216
E-mail: info@teamac-arabia.com
‫تلاواقملل ةيبرعال كاميت ةسسؤم‬
4650045268 :‫مقر يراجت لجس‬
86412 : ‫ص‬. ‫ب‬: 94043 ‫يديرب زمر‬
‫ ةدج‬. ‫ةيدوعسلا ةیبرعلا ةکلمملا‬
8277861 :‫فتاه‬: 1669866. ‫سكاف‬
info@teamac-arabia.com
B. Computerized Maintenance Procedure:
This Section provides guidelines for developing a preventive maintenance task library
with time estimate for each task procedure as specified by manufacturer. Repair
procedure, spare parts used, and time consumed shall be recorded in the corrective
work order before it is closed.
Maintenance:
1. Establish a periodic service schedule to assure proper operation of DDC
controller. Frequency of service is determined by the controller application and
environment.
2. Before servicing the controller record test results for power and data signals
and indicate any deviation causing improper operation of the system
3. Inspect the controller for obvious problem i.e., signs of bad insulation or
overheating in the cables and PCB components or any distortion introduced by
third party to the system components.
4. Verify that field devices are in conformance with the application intended and
calibrate the sensor and actuators. Reposition sensor if their location causes
erroneous readings. Implemented by the contractor Technicians. Contractor
technicians shall protect the field implemented by the excessive moisture, heat
or direct sunlight.
Operational Checks:
Troubleshooting: The Excel DDC controller shall be tested regularly to rectify
malfunction which causes sudden failure of expansive components such as
CPU or transformer for DDC controller failure or any other control devices
failure.
WARRANTY LETTER
AS BUILT PANEL DRAWINGS
2
3
4
5
6
7
8
9
10
11
12
13
14
PAGE
NO
DDC-1
COVER PAGE
UPS BUILDING, KAU
1
INPUT OUTPUT LABELS
1
LEGEND
3
POWER DISTRIBUTION
4
PANEL LAYOUT
5
PANEL DRAWING
6
INPUT OUTPUT SUMMARY
18
BILL OF MATERIAL
19
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DDC-1
UPS BUILDING, KAU
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
1
2
3
4
5
6
7
8
9
10
11
12
13
14
INPUT/OUTPUT LABELS
MODULE
M0 UP
M0 DOWM
M1 UP
M1 DOWN
M2 UP
M2 DOWN
M3 UP
M3 DOWN
DESCRIPTION
INPUT
OUTPUT
INPUT
INPUT
INPUT
INPUT
INPUT
INPUT
PART
NUMBER
IQ4E/BAC/24V
IQ4E/BAC/24V
IQ4/IO/16DI
IQ4/IO/16DI
IQ4/IO/16DI
IQ4/IO/16DI
IQ4/IO/16DI
IQ4/IO/16DI
1
2
3
4
5
6
7
8
9
10
SPACE-TEMP-1-STS
SPACE-TEMP-2-STS
SPACE-TEMP-3-STS
SPACE-TEMP-4-STS
SPACE-TEMP-5-STS
SPACE-TEMP-6-STS
SPACE-TEMP-7-STS
SPACE-TEMP-8-STS
SPARE
SPARE
11
12
13
14
15
16
EF-1-FAN-START/STORCMD
EF-2-FAN-START/STORCMD
MTR-FIRE & SMOKEDMP-1-CMD
MTR-FIRE & SMOKEDMP-2-CMD
MTR-FIRE & SMOKEDMP-3-CMD
MTR-FIRE & SMOKEDMP-4-CMD
1
2
3
4
5
6
7
8
FLR-STD-AC-UNIT-1-ON/OFFSTS
FLR-STD-AC-UNIT-2-ON/OFFSTS
FLR-STD-AC-UNIT-1-TS
FLR-STD-AC-UNIT-2-TS
WALL-MTD-AC-UNIT-1ON/OFF-STS
WALL-MTD-AC-UNIT-2ON/OFF-STS
WALL-MTD-AC-UNIT-3ON/OFF-STS
WALL-MTD-AC-UNIT-4ON/OFF-STS
9
10
11
12
13
14
15
16
WALL-MTD-AC-UNIT-1-TS
WALL-MTD-AC-UNIT-2-TS
WALL-MTD-AC-UNIT-3-TS
WALL-MTD-AC-UNIT-4-TS
CRAC-UNIT-1-ON/OFF-STS
CRAC-UNIT-2-ON/OFF-STS
CRAC-UNIT-3-ON/OFF-STS
CRAC-UNIT-4-ON/OFF-STS
1
2
3
4
5
6
7
8
CRAC-UNIT-5-ON/OFF-STS
CRAC-UNIT-6-ON/OFF-STS
CRAC-UNIT-7-ON/OFF-STS
CRAC-UNIT-8-ON/OFF-STS
CRAC-UNIT-9-ON/OFF-STS
CRAC-UNIT-1-TS
CRAC-UNIT-2-TS
CRAC-UNIT-3-TS
9
10
11
12
13
14
15
16
CRAC-UNIT-4-TS
CRAC-UNIT-5-TS
CRAC-UNIT-6-TS
CRAC-UNIT-7-TS
CRAC-UNIT-8-TS
CRAC-UNIT-9-TS
PUMP-1-RS
PUMP-2-RS
1
2
3
4
5
6
7
8
PUMP-1-TS
PUMP-2-TS
EF-1-FAN-RS
EF-2-FAN-RS
EF-1-FAN-TS
EF-2-FAN-TS
MTR-FIRE & SMOKEDMP-1-STS
MTR-FIRE & SMOKEDMP-2-STS
9
10
11
12
13
14
15
16
MTR-FIRE & SMOKEDMP-3-STS
MTR-FIRE & SMOKEDMP-4-STS
AER-SYS-1-ON/OFF-STS
AER-SYS-2-ON/OFF-STS
AER-SYS-3-ON/OFF-STS
AER-SYS-4-ON/OFF-STS
AER-SYS-5-ON/OFF-STS
AER-SYS-6-ON/OFF-STS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
01 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
INPUT/OUTPUT LABELS
MODULE
M4 UP
M4 DOWN
M5 UP
M5 DOWN
DESCRIPTION
INPUT
INPUT
INPUT
INPUT
PART
NUMBER
IQ4/IO/16DI
IQ4/IO/16DI
IQ4/IO/16DI
IQ4/IO/16DI
1
2
3
4
5
6
7
8
AER-SYS-7-ON/OFF-STS
AER-SYS-1-ALRM-SIGNAL
AER-SYS-2-ALRM-SIGNAL
AER-SYS-3-ALRM-SIGNAL
AER-SYS-4-ALRM-SIGNAL
AER-SYS-5-ALRM-SIGNAL
AER-SYS-6-ALRM-SIGNAL
AER-SYS-7-ALRM-SIGNAL
9
10
11
12
13
14
15
16
GEN-RS
GEN-ALRM-SIGNAL
UPS-ON/OFF-STS
UPS-ALRM-SIGNAL
ACS-1-ON/OFF-STS
ACS-2-ON/OFF-STS
ACS-3-ON/OFF-STS
ACS-4-ON/OFF-STS
1
2
3
4
5
6
7
8
ACS-1-ALRM-SIGNAL
ACS-2-ALRM-SIGNAL
ACS-3-ALRM-SIGNAL
ACS-4-ALRM-SIGNAL
FAS-ON/OFF-STS
FAS-ALRM-SIGNAL
CCTV-SYS-ON/OFF-STS
CCTV-SYS-ALRM-SIGNAL
9
10
11
12
13
14
15
16
SPARE
SPARE
SPARE
SPARE
SPARE
SPARE
SPARE
SPARE
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
02 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
LEGEND
DDC MODULE
DIGITAL INPUT
BLUE-BLACK, WIRE
TR
TRANSFORMER
DIGITAL OUTPUT
RED-BLACK, WIRE
PS
POWER SUPPLY
WHITE-BLACK, WIRE
CB
CIRCUIT BREAKER
220 V AC
RED-BLACK, WIRE
R
RELAY
24 V AC
GRAY-BLACK, WIRE
H
24 V DC
WHITE-BLACK, WIRE
AMP
AMPERE
X
TERMINAL BLOCK
VAC SOCKET
ANALOG INPUT/OUTPUT
3P MCB
POWER SUPPLY 14VDC
Door Limit Switch
NC, NO
TERMINAL
TRANSFORMER
PUSH BUTTON
M
INDICATION LAMP
INPUT OUTPUT MODULE
DOOR LIGHT
V
VOLTAGE
E
EARTH
INDICATION LIGHT
CONTACTOR OR RELAY COIL
EARTH
A
AMMETER
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
03 OF 19
1
2
3
4
5
6
7
8
9
10
11
N
13
14
POWER DISTRIBUTION
FROM EMERGENCY
POWER SUPPLY
220/1PH/60HZ
E
12
L
1.5 AMP
N
CB 1
10 Amp
N
L
POWER SUPPLY
L
+
+
-
-
CB3-24V:DC+
+
-
DC OK
Output DC
24V 30W
L N
Input AC
100V-240V
UNO POWER
CB 3
10 Amp
CB3-24V:DC-
H1
X5
24+
24+
24+
242424N
L
24VAC
80
81
+
WMB
70
71
24V 24V
A UX
1
2
3
5
4
6
M0 TREND
IQ4E
M S/TP
+
82
83
A UX
84
85
86
87
72
73
1
16
2
17
18
3
19
20
5
4
21
22
23
24
M1
M3
M2
M4
M5
6
25
26
27
220 VAC
SOCKET
N
TR
(0V) GO
L
220 VAC
TO
24VAC
G (24V)
CB 2
10 Amp
G
GO
G
CB2-G 24V
GO
CB2-G0
X4
G
G
G
G0
G0
G0
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
04 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
PANEL LAYOUT
100 cm
30 cm
DDC PANEL
UPS BUILDING, KAU
X2
X3
TEAMAC ARABIA
X4
POWER ON
220V AC
TR
X1
N
24V AC
IQ4E
160 cm
160 cm
220 V
CB1 CB2 CB3 PS
X5
L
1
2
3
4
5
6
M0 TREND
M1
M2
M3
M4
M5
INTERNAL VIEW
EXTERNAL VIEW
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
SIDE VIEW
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
05 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
MAIN CONTROLLER INPUTS
DDC Connections
M0
UP
IQ4E/BAC/24V
WALLBUS
AUXILIARY
80
81
-
+
70
24V
WMB
71
24V
4
5
6
1
AUX
7
8
2
c
9
10
3
11
12
4
c
13
14
5
c
c
15
16
6
c
17
18
7
c
19
20
21
8
c
22
9
c
23
10
c
c
TERMINAL X3
4mm
2
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
TB/TS
TB/TS
TB/TS
TB/TS
TB/TS
TB/TS
TB/TS
SPACE-TEMP-1-STS
SPACE-TEMP-2-STS
SPACE-TEMP-3-STS
SPACE-TEMP-4-STS
SPACE-TEMP-5-STS
SPACE-TEMP-6-STS
SPACE-TEMP-7-STS
SPACE-TEMP-8-STS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
SPARE
DRAWN BY
WASEEM
20
SPARE
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
19
ASAD
Field Connections
TB/TS
18
DATE
10/11/2020
SHEET NO
06 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
MAIN CONTROLLER OUTPUTS
M0
DOWN
IQ4E
IQ4E/BAC/24V
RX
RX+
89
25
26
A1
A2
21
22
24
14
C
27
28
A1
A2
23
24
29
30
A1
A2
25
26
SR2
15
C
16
C
31
32
A1
A2
27
28
C
33
34
35
A1
A2
A1
A2
29
30
31
32
SR6
RX88
73
13
C
SR5
TX+
87
72
12
C
SR1
TX86
11
C
SR4
AUX
24V
SR3
DDC Connections
OK
TERMINAL X3
4mm
MCC PANEL
BY OTHERS
BY OTHERS
BY OTHERS
BY OTHERS
EF-1-FAN-START/STORCMD
EF-2-FAN-START/STORCMD
MTR-FIRE & SMOKEDMP-1-CMD
MTR-FIRE & SMOKEDMP-2-CMD
MTR-FIRE & SMOKEDMP-3-CMD
MTR-FIRE & SMOKEDMP-4-CMD
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
MCC PANEL
ASAD
DATE
10/11/2020
SHEET NO
07 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
IQ4/IO/16DI
DDC Connections
1
1
3
2
2
3
4
C
5
C
5
4
6
7
M1
UP
8
9
10
C
C
6
11
12
C
8
7
13
14
C
15
16
C
C
TERMINAL X1
4mm
1
2
4
3
6
5
8
7
10
9
12
11
13
16
15
14
AC UNIT
AC UNIT
AC UNIT
AC UNIT
AC UNIT
AC UNIT
AC UNIT
FLR-STD-AC-UNIT-1-ON/OFFSTS
FLR-STD-AC-UNIT-2-ON/OFFSTS
FLR-STD-AC-UNIT-1-TS
FLR-STD-AC-UNIT-2-TS
WALL-MTD-AC-UNIT-1ON/OFF-STS
WALL-MTD-AC-UNIT-2ON/OFF-STS
WALL-MTD-AC-UNIT-3ON/OFF-STS
WALL-MTD-AC-UNIT-4ON/OFF-STS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
AC UNIT
ASAD
DATE
10/11/2020
SHEET NO
08 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
M1
DOWN
IQ4/IO/16DI
DDC Connections
9
17
10
18
19
11
20
21
22
C
C
13
12
23
24
C
25
26
C
15
14
27
28
C
29
16
30
C
31
32
C
C
TERMINAL X1
4mm
18
17
20
19
21
22
23
25
24
26
27
28
29
30
31
32
AC UNIT
AC UNIT
AC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
WALL-MTD-AC-UNIT-1-TS
WALL-MTD-AC-UNIT-2-TS
WALL-MTD-AC-UNIT-3-TS
WALL-MTD-AC-UNIT-4-TS
CRAC-UNIT-1-ON/OFF-STS
CRAC-UNIT-2-ON/OFF-STS
CRAC-UNIT-3-ON/OFF-STS
CRAC-UNIT-4-ON/OFF-STS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
AC UNIT
ASAD
DATE
10/11/2020
SHEET NO
09 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
IQ4/IO/16DI
DDC Connections
1
1
3
2
2
3
4
C
5
C
5
4
6
7
M2
UP
8
9
10
C
C
6
11
12
C
8
7
13
14
C
15
16
C
C
TERMINAL X1
4mm
34
33
36
35
38
37
39
41
40
42
43
44
45
47
46
48
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC-UNIT-5-ON/OFF-STS
CRAC-UNIT-6-ON/OFF-STS
CRAC-UNIT-7-ON/OFF-STS
CRAC-UNIT-8-ON/OFF-STS
CRAC-UNIT-9-ON/OFF-STS
CRAC-UNIT-1-TS
CRAC-UNIT-2-TS
CRAC-UNIT-3-TS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
CRAC UNIT
ASAD
DATE
10/11/2020
SHEET NO
10 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
M2
DOWN
IQ4/IO/16DI
DDC Connections
9
17
10
18
19
11
20
21
22
C
C
13
12
23
24
C
25
26
C
15
14
27
28
C
29
16
30
C
31
32
C
C
TERMINAL X1
4mm
49
50
52
51
53
54
55
56
57
58
60
59
62
61
63
64
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
CRAC UNIT
MCC PANEL
MCC PANEL
CRAC-UNIT-4-TS
CRAC-UNIT-5-TS
CRAC-UNIT-6-TS
CRAC-UNIT-7-TS
CRAC-UNIT-8-TS
CRAC-UNIT-9-TS
PUMP-1-RS
PUMP-2-RS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
CRAC UNIT
ASAD
DATE
10/11/2020
SHEET NO
11 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
IQ4/IO/16DI
DDC Connections
1
3
2
1
2
3
4
C
5
4
5
6
C
M3
UP
7
8
6
9
10
C
C
11
8
7
12
C
13
14
C
15
16
C
C
TERMINAL X1
4mm
65
66
68
67
69
70
71
72
73
74
76
75
77
78
79
80
MCC PANEL
MCC PANEL
MCC PANEL
MCC PANEL
MCC PANEL
BY OTHERS
BY OTHERS
PUMP-1-TS
PUMP-2-TS
EF-1-FAN-RS
EF-2-FAN-RS
EF-1-FAN-TS
EF-2-FAN-TS
MTR-FIRE & SMOKEDMP-1-STS
MTR-FIRE & SMOKEDMP-2-STS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
MCC PANEL
ASAD
DATE
10/11/2020
SHEET NO
12 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
M3
DOWN
IQ4/IO/16DI
DDC Connections
9
17
10
18
19
11
20
21
C
C
13
12
22
23
C
24
25
C
15
14
26
27
C
28
29
C
16
30
31
32
C
C
TERMINAL X1
4mm
81
82
84
83
85
86
87
88
89
90
91
92
93
94
95
96
BY OTHERS
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
MTR-FIRE & SMOKEDMP-3-STS
MTR-FIRE & SMOKEDMP-4-STS
AER-SYS-1-ON/OFF-STS
AER-SYS-2-ON/OFF-STS
AER-SYS-3-ON/OFF-STS
AER-SYS-4-ON/OFF-STS
AER-SYS-5-ON/OFF-STS
AER-SYS-6-ON/OFF-STS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
BY OTHERS
ASAD
DATE
10/11/2020
SHEET NO
13 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
IQ4/IO/16DI
DDC Connections
1
1
3
2
2
3
C
4
5
C
5
4
6
7
8
9
C
C
M4
UP
6
10
11
C
8
7
12
13
C
14
15
16
C
C
TERMINAL X2
4mm
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AERSOL SYSTEM
AER-SYS-7-ON/OFF-STS
AER-SYS-1-ALRM-SIGNAL
AER-SYS-2-ALRM-SIGNAL
AER-SYS-3-ALRM-SIGNAL
AER-SYS-4-ALRM-SIGNAL
AER-SYS-5-ALRM-SIGNAL
AER-SYS-6-ALRM-SIGNAL
AER-SYS-7-ALRM-SIGNAL
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
AERSOL SYSTEM
ASAD
DATE
10/11/2020
SHEET NO
14 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
M4
DOWN
IQ4/IO/16DI
DDC Connections
9
17
10
18
19
11
20
21
22
C
C
13
12
23
24
C
25
26
C
15
14
27
28
C
29
16
30
C
31
32
C
C
TERMINAL X2
4mm
113
114
115
116
117
118
119
120
121
122
124
123
126
125
127
128
GENERATOR
UPS
UPS
ACS
ACS
ACS
ACS
GEN-RS
GEN-ALRM-SIGNAL
UPS-ON/OFF-STS
UPS-ALRM-SIGNAL
ACS-1-ON/OFF-STS
ACS-2-ON/OFF-STS
ACS-3-ON/OFF-STS
ACS-4-ON/OFF-STS
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
GENERATOR
ASAD
DATE
10/11/2020
SHEET NO
15 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
IQ4/IO/16DI
DDC Connections
1
1
3
2
2
3
4
C
5
C
5
4
6
7
M5
UP
8
9
10
C
C
6
11
12
C
8
7
13
C
14
15
16
C
C
TERMINAL X2
4mm
129
130
132
131
133
134
135
136
137
138
140
139
141
142
143
144
ACS
ACS
ACS
FAS
FAS
CCTV SYSTEM
CCTV SYSTEM
ACS-1-ALRM-SIGNAL
ACS-2-ALRM-SIGNAL
ACS-3-ALRM-SIGNAL
ACS-4-ALRM-SIGNAL
FAS-ON/OFF-STS
FAS-ALRM-SIGNAL
CCTV-SYS-ON/OFF-STS
CCTV-SYS-ALRM-SIGNAL
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
Field Connections
ACS
ASAD
DATE
10/11/2020
SHEET NO
16 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGITAL INPUT
M5
DOWN
IQ4/IO/16DI
DDC Connections
9
17
10
18
19
11
20
21
22
C
C
13
12
23
24
C
25
26
C
15
14
27
28
C
29
16
30
C
31
32
C
C
TERMINAL X2
4mm
145
146
SPARE
149
150
SPARE
151
152
153
SPARE
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
154
SPARE
156
155
SPARE
158
157
159
SPARE
160
Field Connections
SPARE
148
147
SPARE
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
17 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
INPUT/OUTPUT SUMMARY
INPUT / OUTPUT MODULE
DESCRIPTION
MODULES
MAIN CONTROLLER
QUANTITY OF MODULES
USED I/O'S
SPARE I/O'S
TOTAL I/O'S
8
2
10
6
-
6
IQ4E/10 UI
MAIN CONTROLLER
1
IQ4E/ 6 AO
IQ4/IO/16DI
5
72
8
80
IQ4/IO/8DI
-
-
-
-
IQ4/IO/8DO
-
-
-
-
IQ4/IO/4DO
-
-
-
-
XCITE / IO / 8 UI
-
-
-
-
XCITE / IO / 4 UI
-
-
-
-
XCITE / IO / 8 AO
-
-
-
-
XCITE / IO / 4 AO
-
-
-
-
XCITE / IO / 4 UI
-
-
-
-
XCITE / IO / 4 AO
-
-
-
-
XCITE / IO / 1 UI
-
-
-
-
XCITE / IO / 1 AO
-
-
-
-
TOTAL INPUT OUTPUT
6
86
10
96
DIGITAL INPUT
DIGITAL OUTPUT
UNIVERSAL INPUT
UNIVERSAL OUTPUT
UNIVERSAL INPUT/OUTPUT
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
18 OF 19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
BILL OF MATERIAL
PART NUMBER
S/N
DESCRIPTION
MAKE
QUANTITY
COUNTRY OF ORIGIN
1
IQ4E/192/BAC/24
BACNET/ IP CONTROLLER - 192 I/O POINTS
TREND CONTROL UK
1
UNITED KINGDOM
2
IQ4/IO/16DI
16 DIGITAL INPUT MODULE
TREND CONTROL UK
5
UNITED KINGDOM
3
TR-160VA
TRANSFORMER 160VA
ELKA
1
ITALY
4
EP06 C10
CIRCUIT BREAKER (10 AMP)
TECS
3
SINGAPORE
SPRING CAGE TERMINAL BLOCK, 4MM
PHOENIX
202
GERMANY
5 PT 2,5
6
ST 2,5 PE
EARTH TERMINAL BLOCK
PHOENIX
1
GERMANY
7
ST 2,5 MT
DISCONNECT TERMINAL BLOCK (G)
PHOENIX
3
GERMANY
8
UNO-PS/1AC/24DC/30W
POWER SUPPLY
PHOENIX
1
POLAND
9
ENCLOSURE
PANEL ENCLOSURE SEZE 160X100X30 cm (IP55)
EAE
1
UAE/ MALAYSIA/ KSA
10 XB7EV63P
INDICATION LAMP
SCHNEIDER
1
INDONESIA
11 D ST2,5
END COVER
PHOENIX
5
GERMANY
12 REL-MR-12DC/21HC
SINGLE RELAY (SR) WITH BASE
PHOENIX
6
AUSTRIA
13 AC30 POWER SOCKET
POWER SOCKET
LOCAL
1
CONTRACTOR
: SAYYAR AL HUSSAINI
SUPPLIER
: TEAMAC ARABIA
PANEL
: UPS BUILDING, KAU
: DDC -1
SYSTEM
: DDC PANEL DRAWING
PROJECT
DRAWN BY
WASEEM
CHECKED BY APPROVED BY
AZMATH
DRAWING REF
CUSTOMER DWG.REF
-
ASAD
DATE
10/11/2020
SHEET NO
19 OF 19
TECHNICAL DATASHEETS
UPS Building, KAU
Technical Datasheet
Product Codes
Product Description
Sr. No.
PC
Desktop PC, i3, 4GB RAM, 500 GB HDD, 21" LCD,
Windows 7
1
m102a
HP Laser Printer
2
963L/CD
Supervision Software for Trend BMS
3
DDC Panels
DDC Panels Including:
Direct Digital Controller (IQ4E)
Input Expansion Modules
Output Expansion Modules
Power Supply, Control Wiring & Other Accessories etc.
4
Teamac Arabia
Trend BMS Partner
Page 1 of 1
Project: UPS Building, KAU
(CPE-AAL-2015-03-MHA)
Dell recommends Windows®
Dell Vostro Desktop & Small
Desktop
Model 3681 3881 3888
Spec Sheet – May 2020
Product appearance may vary slightly from image shown.
Internal Use - Confidential
Vostro Compact Desktop (3881)
Features & Technical Specifications
Feature
Technical Specification
Feature
Technical Specification
Model Number
3881
Processor
Options
10th Gen Intel® Core™ i7-10700 (8-Core, 16MB
Cache, 2.9GHz to 4.8GHz)
10th Gen Intel® Core™ i7-10700F(8-Core, 16MB
Cache, 2.9GHz to 4.8GHz)
10th Gen Intel® Core™ i5-10400 (6-Core, 12MB
Cache, 2.9GHz to 4.3GHz)
10th Gen Intel® Core™ i5-10400F(6-Core, 12MB
Cache, 2.9GHz to 4.3GHz)
10th Gen Intel® Core™ i3-10100 (4-Core, 6MB
Cache, 3.6GHz to 4.3GHz)
Intel® Pentium® Gold G-6400 (2-Core, 4MB
Cache, 4.0GHz)
Intel® Celeron® G-5900 (2-Core, 2MB Cache,
3.4GHz)
Ports, Slots &
Chassis
Front:
SD 3.0 Media Card Reader (optional),
Audio Combo Jack x1 ,
USB 3.2 Gen 1 Type-A x2,
USB 2.0 Type-A x2
Rear:
Line out x1, VGA port x1, HDMI out x1,
USB 3.2 Gen 1 Type-A x2,
USB 2.0 Type-A x2, RJ-45
Multimedia
SD 3.0 Media Card Reader(Optional)
Connectivity
Options
802.11 bgn 1x1 + Bluetooth 4.2
802.11 ac 1x1 + Bluetooth 4.2
802.11 ac 2x2 + Bluetooth 5.0
10/100/1000 Gigabit Ethernet
Security
Microsoft Windows Bitlocker
Local HDD data wipe via BIOS ("Secure Erase")
Kensington Lock Slot;
Padlock Loop
Software
McAfee Small Business Security 30 day Trial
SupportAssist
SmartByte
Waves MaxxAudio® Pro
My Dell
Dell Digital Delivery
Dell Mobile Connect
Dimensions &
Weight1,14
1.
2.
3.
4.
Power Supply
260W EPA Internal PSU
Color Option
Standard Black
Regulatory and
Environmental
Compliance1
ENERGY STAR qualified configurations available,
EPEAT Bronze Registered configurations
available,
CEL,
WEEE,
Japan Energy Law,
South Korea E-standby,
South Korea Eco-label,
EU RoHS,
China RoHS
Chipset
Intel® B460
Operating
System
Windows® 10 64-bit
Windows® 10 64-bit Professional
Ubuntu
Memory
Options
CML-S Core i3/i5, Pentium and Celeron up to 2666
MHz; CML-S i7 up to 2933 MHz
4GB DDR4 (4GBx1)
8GB DDR4 (8GBx1)
8GB DDR4 (4GBx2)
12GB DDR4 (4GB+8GB)
16GB DDR4 (8GBx2)
16GB DDR4 (16GBx1)
24GB DDR4 (8GB+16GB)
32GB DDR4 (32GBx1)
32GB DDR4 (16GBx2)
64GB DDR4 (32GBx2)
DIMM Slot
2 UDIMM Slots
Graphics1,11
Intel® UHD Graphics 610/630 with shared graphics
memory(610 for PDC/CDC, 630 for Core i3/i5/i7)
NVIDIA® GeForce® GT 730 2GB GDDR5
NVIDIA® GeForce® GT 1030 2GB GDDR5
Storage Options
3.5” Hard Drive:
•
500GB 7200 rpm, 1TB 7200 rpm, 2TB 7200
rpm
M.2 PCIe NVMe SSD
•
128GB/256GB/512GB
•
16GB/32GB Intel Optane memory support
Expansion Slots
2 FH PCIe x1 + 1 FH PCIe x16
Optical Drive
Opt.
Tray load Slim ODD (optional)
Height: 12.77" (324.3mm)
Width: 6.06" (154 mm)
Depth: 11.54" (293mm)
Starting weight: 10.87 lbs (4.93kg)
2
Note: HDMI & VGA ports are not available for computers shipped the 10 th gen Intel Core i5-10400F or 10th Gen Intel i7-10700F processors
Internal Use - Confidential
Vostro Compact Desktop (3888)
Features & Technical Specifications
Feature
Technical Specification
Feature
Technical Specification
Model Number
3888
Processor
Options
10th Gen Intel® Core™ i7-10700 (8-Core, 16MB
Cache, 2.9GHz to 4.8GHz)
10th Gen Intel® Core™ i7-10700F(8-Core, 16MB
Cache, 2.9GHz to 4.8GHz)
10th Gen Intel® Core™ i5-10400 (6-Core, 12MB
Cache, 2.9GHz to 4.3GHz)
10th Gen Intel® Core™ i5-10400F(6-Core, 12MB
Cache, 2.9GHz to 4.3GHz)
10th Gen Intel® Core™ i3-10100 (4-Core, 6MB
Cache, 3.6GHz to 4.3GHz)
Intel® Pentium® Gold G-6400 (2-Core, 4MB
Cache, 4.0GHz)
Intel® Celeron® G-5900(2-Core, 2MB Cache,
3.4GHz)
Ports, Slots &
Chassis*
Front:
SD 3.0 Media Card Reader (optional),
Audio Combo Jack x1 ,
USB 3.2 Gen 1 Type-A x2,
USB 2.0 Type-A x2
Rear:
Line out x1, VGA port x1, HDMI out x1,
USB 3.2 Gen 1 Type-A x2,
USB 2.0 Type-A x2, RJ-45
Multimedia
SD 3.0 Media Card Reader(Optional)
Connectivity
Options
802.11 bgn 1x1 + Bluetooth 4.2
802.11 ac 1x1 + Bluetooth 4.2
802.11 ac 2x2 + Bluetooth 5.0
10/100/1000 Gigabit Ethernet
Security
Trusted Platform Module TPM 2.0 (Optional)
Microsoft Windows Bitlocker
Local HDD data wipe via BIOS ("Secure Erase")
Kensington Lock Slot;
Padlock Loop
Software
McAfee Small Business Security 30 day Trial
SupportAssist
SmartByte
Waves MaxxAudio® Pro
My Dell
Dell Digital Delivery
Dell Mobile Connect
Dimensions &
Weight1,14
1.
2.
3.
4.
Power Supply
260W EPA Internal PSU
Color Option
Standard Black
Regulatory
and
Environmental
Compliance1
ENERGY STAR qualified configurations available,
EPEAT Bronze Registered configurations available,
CEL,
WEEE,
Japan Energy Law,
South Korea E-standby,
South Korea Eco-label,
EU RoHS,
China RoHS
Chipset
Intel® B460
Operating
System
Windows® 10 64-bit
Windows® 10 64-bit Professional
Ubuntu
Memory
Options
CML-S Core i3/i5, Pentium and Celeron up to
2666 MHz; CML-S i7 up to 2933 MHz
4GB DDR4 (4GBx1)
8GB DDR4 (8GBx1)
8GB DDR4 (4GBx2)
12GB DDR4 (4GB+8GB)
16GB DDR4 (8GBx2)
16GB DDR4 (16GBx1)
24GB DDR4 (8GB+16GB)
32GB DDR4 (32GBx1)
32GB DDR4 (16GBx2)
64GB DDR4 (32GBx2)
DIMM Slot
2 UDIMM Slots
Graphics1,11
Intel® UHD Graphics 610/630 with shared
graphics memory(610 for PDC/CDC, 630 for
Core i3/i5/i7)
NVIDIA® GeForce® GT 730 2GB GDDR5
NVIDIA® GeForce® GT 1030 2GB GDDR5
Storage
Options
3.5” Hard Drive:
•
500GB 7200 rpm, 1TB 7200 rpm, 2TB 7200
rpm
M.2 PCIe NVMe SSD
•
128GB/256GB/512GB
•
16GB/32GB Intel Optane memory support
Expansion Slots
2 FH PCIe x1 + 1 FH PCIe x16 + 1
PCI
Optical Drive
Opt.
Tray load Slim ODD (optional)
Height: 12.77" (324.3mm)
Width: 6.06" (154 mm)
Depth: 11.54" (293mm)
Starting weight: 10.87 lbs (4.93kg)
3
Note: HDMI & VGA ports are not available for computers shipped the 10 th gen Intel Core i5-10400F or 10th Gen Intel i7-10700F processors
Internal Use - Confidential
Vostro Small Desktop (3681)
Features & Technical Specifications
Feature
Technical Specification
Feature
Technical Specification
Model Number
3681
Processor
Options
10th Gen Intel® Core™ i7-10700 (8-Core, 16MB
Cache, 2.9GHz to 4.8GHz)
10th Gen Intel® Core™ i5-10400 (6-Core, 12MB
Cache, 2.9GHz to 4.3GHz)
10th Gen Intel® Core™ i5-10400F (6-Core,
12MB Cache, 2.9GHz to 4.3GHz)
10th Gen Intel® Core™ i3-10100 (4-Core, 6MB
Cache, 3.6GHz to 4.3GHz)
Intel® Pentium® Gold G-6400 (2-Core, 4MB
Cache, 4.0GHz)
Intel® Celeron® G-5900(2-Core, 2MB Cache,
3.4GHz)
Ports, Slots &
Chassis
Front:
SD 4.0 Media Card Reader (Optional),
Audio Combo Jack x1 ,
USB 3.2 Gen 1 Type-A x2,
USB 2.0 Type-A x2
Rear:
Line out x1, VGA port x1, HDMI out x1,
USB 3.2 Gen 1 Type-A x2,
USB 2.0 Type-A x2, RJ-45
Multimedia
SD 4.0 Media Card Reader (Optional)
Connectivity
Options
802.11 bgn 1x1 + Bluetooth 4.2
802.11 ac 1x1 + Bluetooth 4.2
802.11 ac 2x2 + Bluetooth 5.0
10/100/1000 Gigabit Ethernet
Security
Trusted Platform Module TPM 2.0 (optional)
Microsoft Windows Bitlocker
Local HDD data wipe via BIOS ("Secure Erase")
Kensington Lock Slot;
Padlock Loop
Software
McAfee Small Business Security 30 day Trial
SupportAssist
SmartByte
Waves MaxxAudio® Pro
My Dell
Dell Digital Delivery
Dell Mobile Connect
Dimensions &
Weight1,14
1.
2.
3.
4.
Power Supply
200W EPA Internal PSU
Color Option
Standard Black
Regulatory and
Environmental
Compliance1
ENERGY STAR qualified configurations available,
EPEAT Bronze Registered configurations available,
CEL,
WEEE,
Japan Energy Law,
South Korea E-standby,
South Korea Eco-label,
EU RoHS,
China RoHS
Chipset
Intel® B460
Operating
System
Windows® 10 64-bit
Windows® 10 64-bit Professional
Ubuntu
Memory
Options
CML-S Core i3/i5, Pentium and Celeron up to
2666 MHz; CML-S i7 up to 2933 MHz
4GB DDR4 (4GBx1)
8GB DDR4 (8GBx1)
8GB DDR4 (4GBx2)
12GB DDR4 (4GB+8GB)
16GB DDR4 (8GBx2)
16GB DDR4 (16GBx1)
24GB DDR4 (8GB+16GB)
32GB DDR4 (32GBx1)
32GB DDR4 (16GBx2)
64GB DDR4 (32GBx2)
Note: The Memory speed supported in Brazil for
Intel Core i7 processors is 2666MHz
DIMM Slot
2 UDIMM Slots
Graphics1,11
Intel® UHD Graphics 610/630 with shared
graphics memory(610 for PDC/CDC, 630 for
Core i3/i5/i7)
NVIDIA® GeForce® GT 730 2GB GDDR5
Storage
Options
3.5” Hard Drive:
•
500GB 7200 rpm, 1TB 7200 rpm, 2TB 7200
rpm
M.2 PCIe NVMe SSD
•
128GB/256GB/512GB
Expansion Slots
1 HH PCIe x1 + 1 HH PCIe x16
Optical Drive
Opt.
Tray load Slim ODD (optional)
Height: 11.42" (290mm)
Width: 3.65" (92.6 mm)
Depth: 11.53" (292.8mm)
Starting weight: 7.76 lb (3.52kg)
4
Note: HDMI & VGA ports are not available for computers shipped the 10 th gen Intel Core i5-10400F processors
Internal Use - Confidential
Data sheet
HP LaserJet Pro M102 Printer series
Simple printing. Simply done.
Keep things simple with an affordable HP LaserJet Pro powered by JetIntelligence Toner cartridges. Produce
professional documents from a range of mobile devices,1 and help save energy with a compact laser printer
designed for efficiency.
HP Laser Jet Pro M102a Printer
Highlights
Fast print speed (22 ppm A4)
Fast FPOT from sleep (Auto-Off) mode
Wireless connectivity (M102w)
HP Auto-On/Auto-Off for low energy consumption
HP ePrint, Apple AirPrint, Wi-Fi Direct (M102w)
JetIntelligence
HP LaserJet Pro M102w Printer
Designed for efficiency
Wait less with an HP LaserJet Pro that prints faster than its predecessor2 – up to 22
pages per minute.3
Grab the documents you need and go. Print first pages in as fast as 7.3 seconds.4
Help save energy with HP Auto-On/Auto-Off Technology5 and Instant-on Technology.
Mobile printing made simple with the HP LaserJet Pro M102w
Print from iPhone® and iPad® with AirPrint®, which automatically scales jobs to the
correct paper size.6
Print with the ease of sending an email, right from a smartphone, tablet, or notebook,
using HP ePrint.7
Print directly from your mobile device to your Wi-Fi Direct® printer – without accessing
the company network.8
Send jobs from your smartphone, tablet, or PC to any company printer, using Google
Cloud Print™ 2.0.9
HP quality – print after print
Produce sharp text, bold blacks, and crisp graphics with precision black toner.
Track toner levels with print gauge technology10 and produce the most prints possible.
Quickly replace your cartridges, using auto seal removal and easy-open packaging.
1/6
Data sheet | HP LaserJet Pro M102 Printer series
Product walkaround
HP LaserJet Pro M102w Printer
1. LED control panel
2. Hi-Speed USB 2.0 port, access port for optional lock
3. 100-sheet output bin
4. Top cover access to toner cartridges
5. Wi-Fi Direct® printing
6. Built-in wireless networking (802.11b/g/n)
7. 10-sheet priority input tray
8. 150-sheet input tray with dust cover (shown open)
Series at a glance
Model
Product number
HP LaserJet Pro M102a Printer
G3Q35A
Function
Print
Print speed (black)
Connectivity
Mobile printing capability
HP LaserJet Pro M102w Printer
G3Q34A
22 ppm
Hi-Speed USB 2.0
Hi-Speed USB 2.0; Wireless
No
Apple AirPrint™; HP ePrint; Google Cloud Print 2.0; Mopria-certified;WiFi Direct
2/6
Data sheet | HP LaserJet Pro M102 Printer series
Accessories, Supplies and Support
Supplies
CF217A HP 17A Black Original LaserJet Toner Cartridge (1,600 pages)
CF219A HP 19A Original LaserJet Imaging Drum (12,000 pages)
CHP310 HP LaserJet Paper-500 sht/A4/210 x 297 mm ()
CHP110 HP Office Paper-500 sht/A4/210 x 297 mm ()
Service and Support
UG289E HP 3 year Care Pack with Return to Depot Support for LaserJet Printers
(ME, Africa, South Africa, Israel, Turkey)
Technical specifications
Model
Product number
Control panel
Print
Print technology
Print speed1
First page out2
Print resolution
Monthly duty cycle3
Printer smart software features
Standard print languages
Print area
Duplex printing
HP LaserJet Pro M102a Printer
G3Q34A
Button LED
HP LaserJet Pro M102w Printer
G3Q35A
Laser
Black (A4, normal) Up to 22 ppm;
Black (A4, ready):
ready) As fast as 7.3 sec;
Black (A4, sleep):
sleep) As fast as 8.1 sec;
Black (best):
(best) Up to 600 x 600 dpi, HP FastRes 1200 (1200 dpi quality);
Technology: HP FastRes 600, HP FastRes 1200;
Technology
Up to 10,000 pages A4; Recommended monthly page volume4: 150 to 1,500
Apple AirPrint™, Instant-on Technology, HP Auto-On/Auto-Off, JetIntelligence cartridges; HP Smart App
PCLmS, URF, PWG
Print margins Top: 4 mm, Bottom: 4 mm, Left: 4 mm, Right: 4 mm; Maximum print area:
Manual duplex
3/6
Data sheet | HP LaserJet Pro M102 Printer series
Model
Product number
Processor speed
Connectivity
Standard
Wireless
HP LaserJet Pro M102a Printer
G3Q34A
600 MHz
HP LaserJet Pro M102w Printer
G3Q35A
1 Hi-Speed USB 2.0
No
Mobile printing capability
No
Supported network protocols
No
Network capabilities
Hard disk
Memory
Media handling
Number of paper trays
Media types
Media size
No
No
Standard: 128 MB; Maximum
Standard
Maximum: 128 MB
1 Hi-Speed USB 2.0; Wireless
Standard (Wi-Fi 802.11b/g/n)
Apple AirPrint™; HP ePrint; Google Cloud Print 2.0; Mopria-certified; Wi-Fi
Direct
TCP/IP; IPv4; IPv6; IP Direct Mode; LPD; SLP; Bonjour; WS-Discovery;
BOOTP/DHCP/AutoIP; WINS; SNMPv1/2/3; HTTP/HTTPS
Standard (Wi-Fi 802.11b/g/n)
Media handling
Media weight
Standard 1
Standard:
Standard: 1 plus 10-sheet priority slot
Standard
Paper (laser, plain, photo, rough, vellum), envelopes, labels, cardstock, postcards
Custom (metric):
(metric) 76 x 127 to 216 x 356 mm ; Supported (metric):
(metric) A4; A5; A6; B5 (JIS)
Standard input:
input 150-sheet input tray
Standard input:
input 150-sheet input tray, 10-sheet priority tray
Standard output:
output 100-sheet output tray
Standard output:
output 100-sheet output tray
60 to 163 g/m²;
4/6
Data sheet | HP LaserJet Pro M102 Printer series
Model
Product number
Input capacity
Output capacity
Compatible operating systems5
Compatible network operating
systems
Minimum system requirements
Software included
Security management
Printer management
Dimensions and weight
Printer dimensions (W x D x H)6
Package dimensions (W x D x H)
Printer weight
Package weight
Operating environment
Storage conditions
Acoustics
Power7
Energy savings feature technology
Certifications
What's in the box9
Warranty
HP LaserJet Pro M102a Printer
HP LaserJet Pro M102w Printer
G3Q34A
G3Q35A
Tray 1:
1 Sheets: 150; Envelopes: 10
Tray 1:
1 Sheets: 150; Envelopes: 10; Priority tray: 10
Maximum: Up to 150 sheets
Maximum
Maximum: Up to 160 sheets; Priority tray: 10; Tray 1: 150
Maximum
Standard: Up to 100 sheets
Standard
Envelopes: Up to 10 envelopes
Maximum: Up to 100 sheets
Maximum
Windows® 10, 8.1, 8, 7: 32-bit/64-bit, 2 GB available hard disk space, CD-ROM/DVD drive or Internet connection, USB port, Internet Explorer; Windows
Vista®: 32-bit only, 2 GB available hard disk space, CD-ROM/DVD drive or Internet connection, USB port, Internet Explorer 8; Apple® OS X EI Capitan
(v10.11), OS X Yosemite (v10.10), OS X Mavericks (v10.9), 1 GB available hard disk space, Internet required, USB Linux (for more information, see
http://hplipopensource.com/hplip-web/index.html)
Windows® 10, 8.1, 8, 7: 32-bit/64-bit, 2 GB available hard disk space, CD-ROM/DVD drive or Internet connection, USB port, Internet Explorer; Windows
Vista®: 32-bit only, 2 GB available hard disk space, CD-ROM/DVD drive or Internet connection, USB port, Internet Explorer 8; Apple® OS X EI Capitan
(v10.11), OS X Yosemite (v10.10), OS X Mavericks (v10.9), 1 GB available hard disk space, Internet required, USB Linux (for more information, see
http://hplipopensource.com/hplip-web/index.html)
Windows: Windows® 10, 8.1, 8, 7: 32-bit/64-bit, 2 GB available hard disk space, CD-ROM/DVD drive or Internet connection, USB port, Internet Explorer;
Windows
Windows Vista®: 32-bit only, 2 GB available hard disk space, CD-ROM/DVD drive or Internet connection, USB port, Internet Explorer 8;
Mac: Apple® OS X EI Capitan (v10.11), OS X Yosemite (v10.10), OS X Mavericks (v10.9), 1 GB available hard disk space, Internet required, USB
Mac
For Windows OS: HP Software Installer, HP Software Uninstaller (exclude Win8+), HP PCLmS Printer Driver, HP Device Experience (DXP), HP Web Services
Assist (HP Connected), Device Setup & Software, Online user manuals, HP Printer Assistant, HP Scan Driver, HP Scan Application, HP Fax Driver (4:1 bundle
only), HP Fax Application (4:1 bundle only), HP Product Improvement Study; For Mac OS: Welcome Screen (directs users to http://www.HP.com or OS App
Source for LaserJet Software)
Password-protected network embedded Web server; Enable/Disable
Network ports; SNMPv1 community password change
HP Printer Assistant (UDC); HP Device Toolbox; HP Utility (Mac)
Minimum 364.7 x 247.3 x 190.6 mm; Maximum
Maximum: 364.7 x 466.6 x 332.4 mm;
397 x 247 x 298 mm
4.7 kg
6.6 kg
Temperature: 15 to 32.5º C; Humidity
Temperature
Humidity: 30 to 70% RH
Temperature: -20 to 60º C; Humidity
Temperature
Humidity: 10 to 90% RH
Acoustic power emissions:
emissions 6.5 dB; Acoustic pressure emissions:
emissions 51 dB(A)
Requirements: Input voltage: 220 to 240 VAC (+/- 10%), 50/60 Hz, 2.7 A;
Requirements
Consumption: 380 watts (active printing), 1.7 watts (ready), 0.5 watts (sleep), 0.5 watts (auto off/wake on USB, enabled at shipment);
Consumption
Typical Electricity Consumption (TEC)8: Blue Angel: 0.566 kWh/Week; Energy Star: 0.568 kWh/Week;
Power supply type:
type Built-in power supply;
HP Auto-On/Auto-Off Technology; Instant-on Technology
CISPR 22:2008/EN 55022:2010 (Class B); EN 61000-3-2:2006 +A1:2009
CISPR 22:2008/EN 55022:2010 (Class B); EN 61000-3-2:2006 +A1:2009
+A2:2009; EN 61000-3-3:2008; EN 55024:2010
+A2:2009; EN 61000-3-3:2008; EN 55024:2010
ENERGY STAR® qualified; EPEAT® Silver
ENERGY STAR® qualified
Blue Angel compliant No; Please refer to the ECI document
Blue Angel compliant Yes, Blue Angel RAL-UZ 205
HP LaserJet Pro M102w Printer; Introductory HP Black LaserJet Toner
HP LaserJet Pro M102a Printer; Introductory HP Black LaserJet Toner
Cartridge (700 pages); HP LaserJet Imaging Drum (12,000 pages); GSG;
Cartridge (700 pages); HP LaserJet Imaging Drum (12,000 pages); GSG;
Setup poster; Support flyer; Warranty guide; Flyer; Printer documentation
Setup poster; Support flyer; Warranty guide; Flyer; Printer documentation
and software on CD-ROM; Software drivers and documentation on CD-ROMs; and software on CD-ROM; Software drivers and documentation on CD-ROMs;
CDs containing software and electronic documentation; Power cord; USB
CDs containing software and electronic documentation; Power cord
cable
One-year unit exchange warranty. Warranty and support options vary by product, country and local legal requirements. Go to http://www.hp.com/support
to learn about HP award winning service and support options in your region.
5/6
Data sheet | HP LaserJet Pro M102 Printer series
Footnotes
1
App or software and HP ePrint account registration also may be required. Some features require purchase of an optional accessory. Learn more at http://www.hp.com/go/mobileprinting.
Speed comparison is between HP LaserJet Pro and predecessor HP printers and MFPs and is based on published specifications. Speed measured using ISO/IEC 24734. Exact speed varies depending on the system configuration,
software application, driver, and document complexity. Learn more at hp.com/go/printerclaims.
3
Printing speed measured using ISO/IEC 24734 and excludes first set of test documents. Exact speed varies depending on the system configuration, software application, driver, and document complexity. Learn more at
hp.com/go/printerclaims.
4
Measured using ISO/IEC 17629. Exact speed varies depending on the system configuration, software application, driver, and document complexity. Learn more at hp.com/go/printerclaims.
5
HP Auto-On/Auto-Off Technology capabilities are subject to printer and settings.
6
Mobile device must have iOS v7.0 or higher. Learn more at http://www.hp.com/go/mobileprinting.
7
Printer requires ePrint account registration. App or software may be required. Learn more at http://www.hp.com/go/mobileprinting.
8
Feature is supported on selected printers. Mobile device needs to be connected directly to the signal of a Wi-Fi Direct® supported MFP or printer prior to printing. Depending on mobile device, an app or driver also may be
required. For details, see hp.com/go/mobileprinting. Wi-Fi Direct is a registered trademark of Wi-Fi Alliance®.
9
Requires Google Cloud Print™ registration and Google account. Learn more at http://www.hp.com/go/mobileprinting.
10
As compared with cartridge gauges for HP predecessor products.
2
Technical specifications disclaimers
1 Measured using ISO/IEC 24734, excludes first set of test documents. For more information see http://www.hp.com/go/printerclaims. Exact speed varies depending on the system configuration, software application, driver, and
document complexity.
2 Measured using ISO/IEC 17629. For more information see http://www.hp.com/go/printerclaims. Exact speed varies depending on the system configuration, software application, driver, and document complexity.
3 Duty cycle is defined as the maximum number of pages per month of imaged output. This value provides a comparison of product robustness in relation to other HP LaserJet or HP Color LaserJet devices, and enables appropriate
deployment of printers and MFPs to satisfy the demands of connected individuals or groups.
4 HP recommends that the number of printed pages per month be within the stated range for optimum device performance, based on factors including supplies replacement intervals and device life over an extended warranty
period.
5 Not supporting Windows® XP (64-bit) and Windows Vista® (64-bit); Not all "Compatible Operating Systems" are supported with INBOX software, full solution software available only for Windows 7 and newer, Legacy Windows
Operation Systems (Vista, and equivalent servers) drivers only. For Windows Server 2003 32-bit and 2008 32-bit/64-bit, 2008 R2 64-bit, 2012 64-bit, 2012 R2 64-bit only drivers (print/scan/fax) are installed. Windows RT OS for
Tablets (32-bit/64-bit) uses a simplified HP print driver built into the RT OS. Linux systems use in-OS HPLIP software.
6 HP Introductory Black LaserJet Toner Cartridge (700 pages), HP Original LaserJet Imaging Drum (12,000 pages). Actual yields vary considerably based on images printed and other factors. For details see
http://www.hp.com/go/learnaboutsupplies.
6 The Dimension is in Box situation, not in Operation.
8 Power requirements are based on the country/region where the printer is sold. Do not convert operating voltages. This will damage the printer and void the product warranty. Energy Star value typically based on measurement of
115 V device.
9 HP Introductory Black LaserJet Toner Cartridge (700 pages), HP Original LaserJet Imaging Drum (12,000 pages). Actual yields vary considerably based on images printed and other factors. For details see
http://www.hp.com/go/learnaboutsupplies.
http://www.hp.com/uk
The product could differ from the images shown. © Copyright 2018 HP Development Company, L.P. The information contained herein is subject to change without notice. The only warranties for HP
products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. HP
shall not be liable for technical or editorial errors or omissions contained herein.
Published in EMEA 4AA6-7158, December 2018
DOC-M
6/6
Data Sheet
963
Supervisor
963 Supervisor
Description
Features
963 is a graphical, real-time, user interface for the building
control system. It enables the user to monitor plant or building
services, and make changes to the way the building is controlled
from a graphical display. All pages and actions are accessible
using a mouse. The security system ensures that the user is
only presented with information and functions that are relevant
to their authority or task. The 963 learns the structure of the
system allowing the 963’s Device Viewer facility to provide
system information without the need for engineering.
All variants
▪▪ Client-server operation.
▪▪ Can operate in virtual environment hosted using VMWare
vCenter Server, 6.0.0, 7037394.
▪▪ Access to graphic pages in a web browser.
▪▪ Access to Device Viewer in a web browser.
▪▪ Adjustment of values/occupation times in web browser.
▪▪ Access to Diary and all its components in web browser.
▪▪ Ability to add and modify Time Schemes and Exceptions in
web browser and also view the linked timezones.
▪▪ Display of graphs in a web browser.
▪▪ Alarm viewing facilities.
▪▪ Assists with compliance to FDA regulation 21 CFR Part 11.
▪▪ Calculation of MKT values.
▪▪ Audit trail for adjustments that effect system performance.
▪▪ Support for secure SSL web server.
▪▪ Enforces the creation and use of strong passwords.
▪▪ Repeated entry of incorrect password temporarily blocks user
for a time period that increases with each failed attempt.
▪▪ Logged audit trail of user activity.
▪▪ Enhanced alarm monitoring and occupation time control.
▪▪ Complete control and monitoring of BMS from colour graphics
pages on the 963 machine.
▪▪ Alarm handling with alarm retransmission and logging.
▪▪ Scheduled recording of logged data from IQ controllers.
▪▪ Recording of schematic pages.
▪▪ Indication of hand/Off/auto status on schematic pages.
▪▪ Connection to remote sites over TCP/IP using hostnames.
▪▪ Management of multiple controller occupation times.
▪▪ Display of live, logged, or recorded data in multitrace graphs
using either compact or precision logs.
▪▪ Ability to graph any value logged in a controller.
▪▪ Adjustment of multiple parameters from the Device Viewer.
There are several variants of 963 available.
963 Lite provides all the fundamental features required of
a supervisory package for control of a Trend System. It now
includes features to enforce a secure password policy on site
and MKT calculation which assist with the compliance to the
FDA regulation 21 CFR Part 11.
963 Server provides the same facilities as 963 Lite plus enables
the 963 to act as a secure web server allowing access to 963’s
graphical displays, alarm viewing/acknowledgement and the
display of graphs from a web browser like Internet Explorer.
963 SMS Direct provides the same facilities as 963 Lite, or 963
Server depending on the variant that has been licensed, plus it
enables alarms to be retransmitted using SMS text messaging.
963 SMS Direct
▪▪ Alarm retransmission using SMS text messaging.
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]1
963
Data Sheet
FUNCTIONALITY
963 LITE
Schematics: The 963 provides the user with colour graphics
pages, which display live information from the system and
enable parameters to be adjusted.
Alarm Handling: alarm handling facilities of 963 ensure that
the appropriate people are quickly made aware of any alarms
that have occurred. When an alarm occurs, an alarm panel can
be displayed to alert the user and any actions that have been
specified to occur will be carried out. If the user is accessing the
963 using a web browser, a dialogue box is displayed and any
specified actions can be carried out.
All alarms that occur can be seen in the Alarm Viewer display,
which enables the alarms in the database to be filtered so that
only the alarms in which the user is interested are visible, and
sorted so that the relevant alarm can be quickly found. If required,
further information about the alarm, such as the description
entered by the user who actioned it, can be displayed.
Alarm panels are activated when a group that has been set to
display alarm panels is activated. When active the alarm panel
will be displayed on the screen. The alarm panel will stay on the
screen until the user has acknowledged all the alarms.
The pages can be engineered to suit the individual system
requirements and can contain any of the following features:
What can be
displayed
Active content
Backdrops
Buttons that
perform 963
actions
Data from
the system
Graphics
Graphics
that perform
963 actions
Seven-state
graphics
Graphs
Description
The following file types can be integrated
into a page: SWF, HTML, DOC, XLS, XML,
PPT, PDF and URL’s.
Backdrop files are standard files, sized so
that they exactly fill the Data Display. Any
object placed on the page will overlay the
backdrop.
Buttons can be added that can perform 963
actions. When these buttons are selected by
the user the specified action will be carried
out.
Live values from the system. When these
points are selected they can be adjusted
or graphed depending on the type of value.
They can also be represented by a graphic
by using analogue graphic files. A map of a
specified LAN and controller status can also
be displayed. If required, values for which
the user specifies the controller from which
the values are to be obtained can be added.
Graphics can be added to the page to make
the information easier to understand. The
following file formats can be used: BMP, GIF,
JPEG, WMF and EMF.
Graphics can be added to the page to make
the information easier to understand that can
perform 963 actions when they are selected
by the user. The following file formats can be
used: BMP, GIF, JPEG, WMF and EMF.
ON, OFF, waiting, error, alarm, overridden
ON, and overridden OFF
Graphs of values from the Trend system
can be displayed on a page. It is possible
to display a graph definition that has been
previously saved or a graph of an individual
sensor.
If alarm logging is enabled, each alarm will be logged to the
963’s database. This is an SQL database that can be viewed
in 963’s alarm display, or queried using 963’s VIEWQUERY
action.
Actioning and clearing of alarms can be restricted to ensure
that the alarm is seen by an appropriate user. When an alarm is
actioned the user is able to enter specific comments or select
from a list of previously entered ones.
Any of the 963 actions can be specified to occur when an
alarm is received. Thus alarms can be retransmitted to another
supervisor (963, 962, or 945), another device (e.g. PNC), a
pager, or sent using email using the RETRANSMIT action, or
a particular page to be displayed using the GOTO action etc.
Alarms can also be redirected to any available network printer.
The actions that occur are defined by the Alarm Groups
activated by the alarm. Each group enables two different
actions to be carried out. The first is only carried out on the 963
and is always performed. The second only occurs if specified
users are logged on and will occur on both the 963 and any
clients providing one of the specified users is logged in. An
alarm may be associated with more than one Alarm Group,
which allows more than one action to be performed when the
alarm is received and different users to be notified about the
alarm in different ways.
Buttons or graphics on the pages provide access to other pages,
graphs of parameters, adjustments, and other facilities such as
pages of information, 963’s documentation, and the Internet.
The Navigator organises pages into folders, so that they can be
quickly located and displayed. A filter option is provided to help
locate information easily in large systems.
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963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]
Data Sheet
963
963 LITE (continued)
Device Viewer: Once 963 has learnt about the system to which
it is connected, it can display inputs, outputs, adjustments,
occupation times and current alarms on the system in the Device
Viewer without any further engineering. This information can be
restricted to parameters in a particular device, LAN, or site, and
can be sorted by label, units, item, LAN number, address, or
PIN level. Changes can be made to any of the adjustments or
occupation times if the user has the correct authority. A PIN level
protects against unauthorised adjustments. The Device Viewer
also enables graphs to be displayed, the display of information
about a selected device such as communications timeouts and
timemaster status. The Device Viewer also displays any value
that is currently in an alarm condition and what the alarm is.
Dynamic menus: Dynamic menus enable custom menus to
be added to items in the Device View that run a specified 963
action.
Configuration Mode Display: 963 can access the
configuration mode of Trend system devices that support it
using the Configuration Mode Display. The display provides a
simple text based user interface to the device.
Event Scheduler Display: The 963 enables events such
as the recording of information, or backing up of data to be
scheduled for a particular time. The Event Scheduler Display is
used to organise and display all the automated actions carried
out by 963, e.g. sensor-recording actions, or diary exceptions.
It contains information about events that 963 is going to
perform in the future, or has already performed. It displays
events that 963 has been set to perform by the engineer; it also
displays scheduled events created by 963’s Diary functions.
Diary Display: The Diary Display enables the user to manage
multiple controller occupation times. It groups together Trend
controller time zones that share the same occupation times.
The normal occupation times for a time zone in each group
are defined and downloaded to the controllers. Days that are to
work different times from the normal (e.g. Bank Holidays) can be
set up. 963 will automatically send these times to the controller.
It is also possible to view the actual times held in the controllers,
and, if required, to adjust them.
Data Recording: Data being logged in IQ or IQL controllers,
or displayed on a schematic page at a particular time can
be recorded by 963 for later retrieval. The recording can be
performed manually, but to prevent information being missed
this recording can be automated and performed at convenient
times.
Database: 963 is supplied with SQL Server 2012 Express
edition, which supports databases up to 10 GB. Other versions
of SQL Server that support larger databases are available from
Microsoft®. If 963 is using the supplied version of SQL Server
(SQL Express) 963 will check the database size on daily basis.
If it exceeds 75% usage then an alarm is generated, if it exceeds
the 95% usage then along with the SYST alarm a warning
message is displayed.
Database backup: 963 provides automatic database backup.
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]3
963
Data Sheet
963 LITE (continued)
Multitrace graphs: 963 can display live, logged, or recorded
information from IQ, IQL controllers or BACnet devices (TOPS
required) in multitrace graphs. This data can be retrieved using
either compact logs for faster data retrieval, or precision logs
for more accurate information. These graphs can accessed
from the colour graphics pages, or from a list of values on the
system to which 963 is connected. Once displayed, the graph
can be printed out. It is possible to zoom in on selected parts of
the graph so that it can be seen in more detail. If required, the
underlying data from the graph can be viewed.
If a user incorrectly enters their password more than the
specified number of times their access will be blocked for a
period of time. Further incorrect attempts to enter the password
will result in the user being blocked for an increasingly longer
period. A blocked user can only be unblocked by another user
with System Administrator access rights.
To ensure that user details remain secure, only users with
System Administrator access rights are able to make any
changes to users on the system. A master recovery password
must be created for use in the event that all system administrator
users become blocked. All password data is securely encoded.
Audit Trail: 963 maintains an audit trial of changes that are
made which effect system performance; it records who made
the change, what the change was and when it occurred. This
auditing cannot be turned off, and the events can be configured
to generate an alarm action to ensure that any attempt to breach
security does not go undetected. The table below lists the
events that are recorded in the audit trail.
Area
Alarm Filters
Alarm Groups
Automatic data
recording
A graph can be displayed for any point that is logged in a
controller. Support is provided for triggered logs ensuring that
data from these logs is displayed correctly.
Multi-level security system: The multi-level security system
accessed from the User Display provides a high level of
protection for the data it stores. To view information on 963, the
user must log in. 963 uses this information to decide what pages
the user can display, and whether or not they have access to
particular displays such as the web browser, what adjustments
they can perform, and whether or not they can configure 963.
This security is enforced on the server, and the clients, ensuring
that only authorised users can view and change information.
Each user is a member of a workgroup, which determines their
access rights. This allows easy editing of user access rights.
The User display shows all the user workgroups, and the users
within the selected workgroup. It is also possible to restrict
access to particular IP addresses, thus preventing access from
unauthorised computers.
Diary Downloads
Exceptions
IQ parameters
Normal times
Program
Retransmission
Scheduled action
Security
Site, LAN, Controller
or Item.
Timezone Groups
Users
Workgroups
Event Logged
Adding, removing and editing
Adding, removing and editing.
Any automatic data recording
function also raises events
on success and failure.
Automatic downloads
Adding, removing and editing
Changes through the
963 user interface.
Adding, removing and editing
Start up, and shutdown.
Adding, removing and editing.
Adding, removing and editing
Logging in, logging out. When a user
is locked out an alarm is reported.
Deleting and editing
Adding, removing and editing.
Adding, removing and
changing the password.
Adding, removing and editing.
Web Browser: The 963 provides a built-in web browser to
provide access to the company Intranet, or Internet. Because
this information is displayed within 963, the security system
enables access to the web browser to be limited, and the areas
that are accessible restricted. It also enables the use of features,
such as the display of video images (e.g. CCTV), which cannot
be incorporated into the normal 963 displays.
963 imposes a strong password regime, requiring users to
regularly change their password. New passwords are checked
against required criteria, e.g. minimum length, and contains
both letters and numbers.
4
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]
Data Sheet
963
963 LITE (continued)
Mean Kinetic Temperature calculation: 963 provides a facility
to calculate the Mean Kinetic Temperature (MKT) for sensors
that are being logged by IQ controllers using synchronised
logs. The MKT is defined as the isothermal temperature that
corresponds to the kinetic effects of a time-temperature
distribution. It is used to monitor the average temperature of
drugs whilst being stored in the pharmaceutical industry. The
calculation of MKT by 963 can be performed using one of two
963 actions either on a scheduled basis, or on demand. The
963 uses the following formula for the calculation.
In
TK = The Mean Kinetic Temperature in °K.
T1H = The high temperature in °K during the 1st week.
T1L = The low temperature in °K during the 1st week.
TnH = The high temperature in °K during the nth week.
TnL = The low temperature in °K during the nth week.
n = The total number of weeks.
T = The absolute temperature in °K.
In order to perform scheduled MKT calculations, the 963
scheduler must be used to run the CALCULATEMKT action at
the required times. The CALCULATEMKT enables the MKT for
a sensor over a specified period to be calculated, and stored in
a virtual sensor. The sensor must be logged in the IQ controller,
and that data must be recorded by 963. The virtual sensor used
to store the result of the calculation can either be specified
manually, or it can be chosen by 963.
The virtual sensor has high and low alarm limits that enable an
alarm to be generated if the value is outside the range. The high
and low alarm limits are tested against the new MKT value when
the scheduled MKT calculation is executed. If the MKT value is
found to exceed the alarm limits, an alarm is triggered. If sensor
logs for the required period are not complete, e.g. only the last 4
days readings are available; the MKT will be calculated with the
available logs with no alarm being raised. However, if a gap in
the data is detected (e.g. the third day’s sensor data is missing),
the MKT is still calculated but an alarm is raised.
Print templates: Print templates allow you to specify where the
page information will appear and extra details like user name,
time and date etc. to be added. A printing template is a standard
schematic configured with an extra option.
Simple connection to remote or TOPS sites: All the 963
requires to connect to a remote TCP/IP site is required is the
IP address or hostname of the device containing the virtual
CNC, and the socket number to which it is to be connected.
To connect to an autodialled site all that is required is the site’s
telephone number, LAN number and the type of autodialling
device being used.
8-bit comms support: This allows the use of extended
character sets across the Trend system. 8-bit comms is only
supported in the following products: 963, IQ3 v1.22, XTEND,
IQView v1.2, and IQ4.
Indication of hand/OFF/auto status on schematic
pages: The hand/OFF/Auto status of inputs on IQ3 and IQ4
controllers is indicated in schematic pages. .
Simple engineering: 963 can be engineered using drag and
drop methods. Objects are dragged from a palette onto pages,
and then their attributes are dropped onto them. Engineering
can be carried out with or without a connection to the BMS
network. Off-line engineering can be performed by manually
entering data or by selecting previously learned information.
Simulation mode allows off-line users to test the appearance of
their schematic pages under different conditions.
Connection to Network: The 963 can be connected to the
Trend network using a virtual CNC or a CNC. If connection to
the Trend network is made using Ethernet the device containing
the virtual CNC to which 963 connects can be specified using
a user friendly name. This allows for systems where a DHCP
server is used. The AUDIT_LAN action enables 963 to check
for existence of controllers on a specified LAN and raise an
alarm if devices are missing (DVMS alarm), or new ones added
(DVNW alarm).
In order to calculate the MKT as required (on demand), the
963’s CALCULATEMKTDATE action should be used either
on a schematic page, or from the Device Viewer. This action
calculates the MKT for the specified sensor between two dates.
The calculated value is displayed in a message box. The action
never writes the value to a database. If any parameters are left
out of the action, 963 will ask the user for the parameters when
the action is executed.
The result of an on demand MKT calculation can be displayed as
part on a schematic page by using the CALCULATEMKTDATE
action in the ‘What to display’ attribute. The calculation will be
recalculated every time the schematic page is reactivated.
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]
5
963
Data Sheet
963 SERVER
The 963 Server provides the same facilities as 963 Lite plus
the ability to act as a web server enabling a client to display
information from the 963 in a web browser. When viewing a
page in a web browser, the user may make adjustments, view
graphs, move from page to page, enter configuration mode on
a device, make changes to Diary groups, or carry out other
actions in a similar way to working on the 963 itself.
The 963 allows full client-server operation. 963 can provide
information to a number of client machines over a TCP/IP
network. When operating as a server, the 963 automatically
converts the information and passes the information to the
client machine for display in a web browser when requested
and no additional engineering is required to provide the benefits
of the 963 across the business.
Client machines do not require any additional software to be
installed, providing they have a connection to a TCP/IP network,
and a web browser installed.
963 operates using HTTPS using a secure protocol, SSL (https).
This means a certificate must be provided to ensure that the
web server connection is secure. This certificate can either be
purchased online or a self signed certificate can be generated.
963 provides a utility to create a self signed certificate. Refer to
963 Engineering Manual for more information.
963 Server operates in two modes graphic mode and text mode
depending on the type of web browser accessing the server.
The table below lists features that are available to a client.
Alarm printing is a server function only, but can be directed to a
network printer convenient to the client.
Note: 963 has not been tested with all devices. Trend cannot
guarantee a particular device’s compatibility with 963 server.
Feature
Schematic Pages
Notes
In graphics mode any page may be displayed, however there may be some slight
differences in the appearance of the page. WMF and EMF format graphics are not
supported. Both dynamic and static objects as well as the backdrop will be displayed.
In text mode graphics are not displayed, the page is reproduced as 3 tables containing
live data (dynamic objects), actions, and static objects. In both modes static objects,
which perform unsupported actions are not displayed. Active content such as Excel
files is not supported on the client.
963 Actions
Supported
actions,
CONFIG,
BROWSER_POPUP,
DROPALLLINES1*
EXECUTESMS1* GOTO, GOTO Diary,*GOTO NEXT*, GOTO PREVIOUS*, LOGINAS,
LOGOUT, MESSAGE*, PLAY*, POPUP*, SEND, SENDAUTO*, SETGENERIC*,
VIEWGRAPH*, VIEWPOINTS*, VIEWQUERY, WEB.
*Graphic mode only.
The EXECUTESMS action is only available if the SMS Direct option has been licensed.
Adjustment of values
Fully supported.
Display of graphs
Allows the following:
Display plot traces from controllers.
Display saved graph definitions when launched from an action on a schematic.
Loading recorded data from the active 963 database (not archived databases).
Display a dynamically updating point chart
When in text mode a table of the graph’s values is displayed.
Movement between pages
Fully supported.
Access to device configuration mode
Fully supported.
Viewing/acknowledgement of alarms
Fully supported in graphic mode only. Only the GOTO, MESSAGE, PLAY, and WEB
actions are available for use with viewing/acknowledging alarms in a web browser.
Adjustment of controller occupation times Fully supported.
System security
Fully supported.
Device Viewer
Only allows viewing of information plus the facility to adjust values, graph values, and
enter configuration mode on device that support configuration mode. It is not possible
to learn the system. Graphic mode only.
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963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]
Data Sheet
963
963 SERVER (continued)
Schematics: The schematic display enables access to any of
the 963’s schematic pages subject to their security. When in
graphics mode they will appear virtually the same on the client
as they do on the 963 Server. There is no Navigator on the
client; navigation must be provided through buttons engineered
directly on the pages.
An example page viewed on the 963 server machine:
Alarm Viewer: The Alarm Viewer is only available in graphic
mode, it displays the alarms that have been received,
and providing the user has authority enables them to be
acknowledged. Colours are used to indicate whether the alarm
is a set alarm or a cleared alarm. A red bell indicates a set
alarm, and a green bell indicates a cleared alarm. If the alarm
has been actioned a bell with appear with a tick over it. Alarms
can also cause an alarm panel to be displayed on the client
personal computer to draw the user’s attention to the alarm.
The Alarm Viewer has two tabs: Alarm History, and Incoming
Alarms. The Alarm History stores the all the alarms in the
database that have been processed whether or not they
have been actioned by the user. The alarms can be viewed in
chronological order or a summary view. The Alarm History is
colour coded to indicate whether or not the alarm is current,
red indicates that the alarm is current. The Incoming Alarms
contains the last 100 alarms received.
The same page displayed on a client (graphic mode only):
In text mode graphics are not displayed, the page is reproduced
as 3 tables containing live data (dynamic objects), actions, and
additional information (static objects):
The Device Viewer: The Device Viewer is only available in
graphic mode, it displays all inputs, outputs, adjustments, and
occupation times on the system that have been learnt. This
information can be restricted to parameters in a particular
device, LAN, or site. Changes can be made to any of the
adjustments or occupation times if the user has the correct
authority. These changes are limited by a PIN level, which is
the same as that defined for the parameter in the device itself.
Single trace graphs of selected parameters can be displayed.
The Device Viewer also provides access to the configuration
mode of Trend system devices that support that feature.
Note: It is not possible to learn the system from a client.
There are a number of different text mode layouts to allow for
different device types. The appropriate layout for the client
device is automatically selected. Each layout provides the
same functionality, but data displayed varies to accommodate
different screen sizes.
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]7
963
Data Sheet
963 SERVER (continued)
963 SMS DIRECT
Diary: The Diary provides access to the occupation times
configured in 963, and enables the user to make adjustments to
the times provided they have the appropriate authority.
963 SMS Direct provides the same fundamental features as
963 Lite, or 963 Server, however it additionally provides the
ability to retransmit alarms to a GPRS phone using SMS text
messaging. To use 963 SMS Direct the personal computer
running 963 must be connected to a GPRS modem. This
modem is supplied with 963 SMS Direct, the modem supplied
is the only one supported for use with 963 SMS Direct. Modems
are supplied without SIM cards therefore it is necessary
to supply your own SIM card for use on the network of your
choice. The modem (Serial Model only) is supplied with a US/
UK/EU transformer plug, other countries will have to source a
local adaptor or transformer. 963 SMS Direct has built in alarm
handling. This means that if the transmission fails an alarm will
be generated, or if there is a problem communicating with the
phone/modem an alarm will be generated.
Depending on your privileges you can use the Diary feature to:
▪▪
▪▪
▪▪
View the time schemes for all days
Add exceptions for special days and weeks
View linked timezones
Note: 963 SMS Direct cannot receive SMS text messages.
COMPATIBILITY
Trend System: 963 can display all devices on the Trend
System connected using LANs, internetworks, autodialled
links, and TCP/IP links in the Device Viewer. It provides access
to all parameters in all Trend system devices that support text
communications. Parameters within other 963 supervisors
engineering tools and network displays are inaccessible.
IQL controller parameters can be accessed using a XTEND,
fieldbus device parameters can be accessed using an FNC.
It can communicate over LANs and internetworks including
remote TCP/IP sites, autodialled links (PSTN) or digital
networks (PSDN). It will not operate on network running at 1k2
or 4k8 baud rates. Graphs are available from IQ controllers,
and TOPS devices however there are some limitations on the
graphs that are available see the table below for details.
Device
IQ1 series controllers
IQ2 series controllers
Pre
IQ3
v2.1
controllers
IQeco v1.0 controllers
IQeco v2.0 or greater
controllers
IQ3 v2.1 or greater
controllers
IQ41x
series
controllers and IQ422
IQ4NC
Graphs available from
Sensors 1 to 99, and plot modules.
Sensors 1 to 99, and plot modules.
Sensors 1 to 99, and plot modules.
TOPS: The 963 is compatible with the Trend Open Protocol
Server.
963 SMS Modem
International use: The GPRS modem supplied with 963 SMS
Direct complies with all applicable RF safety standards. It
meets the standards and recommendations for the protection
of public exposure to RF electromagnetic energy established
by governmental bodies and other qualified organisations such
as the Directives of the European Community, and Directorate
General V in Matters of Radio Frequency Electromagnetic
Energy.
The Multi-Tech MultiModem® Cell GPRS cellular modem
connects to a USB port on the PC. It is based on industry
standard open interfaces and can be desktop or panel mounted.
It provides wireless data communication and integrates
seamlessly with virtually any application.
Sensors 1 to 99, and plot modules.
All plot modules and any module with
a value logged by a plot module.
All plot modules and any module with
a value logged by a plot module.
All plot modules and any module with
a value logged by a plot module.
All plot modules and any module
linked to a plot module.
Communications: It provides compatibility with 8-bit
communications from Trend system devices that support 8-bit
comms (IQ3, IQ4 controllers, XTEND and IQView v1.2). 8-bit
comms allows the use of extended character sets across the
Trend system. The extended character sets are not supported
in line printing (alarm printing).
SET: It is possible for both SET and 963 to be installed and
run on the same PC at the same time however only one will
be able to communicate with a BACnet network see the 963
Engineering Manual (TE200637).
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963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]
Data Sheet
963
INSTALLATION
A step-by-step installation program performs the installation
of the 963 software. After installation the software must be
licensed, and configured to operate as required, as described
in the 963 Engineering Manual (TE200637). If 963 SMS Direct
has been purchased it is supplied with a GPRS modem which
must be installed according to the installation instruction
supplied with it.
▪▪
Note: If installing 963 on a PC that has a full installation of SQL
server earlier than SQL Server 2012 edition it is necessary to
separately upgrade to SQL Server 2012 edition, this installation
is not included as part of the 963 installation.
▪▪
The installation of 963 software is NOT required on client PCs
requiring to access the 963 Server, however to use make use
of graphic mode the Oracle JAVA runtime environment J2SE
7.0 or greater is required. For the 963 is to communicate
with devices on the Trend network a connection to the Trend
network is needed. This requires installation of a Trend System
device containing a virtual CNC (e.g. XTEND or IQ4NC) or
Communication Node Controller (CNC2). If the connection is to
be via a virtual CNC the device containing the vCNC should be
selected according to the type of access that is required.
▪▪
Casual access to point data for general browsing of the
system can be carried out through any vCNC.
Time critical, or densely populated displays of data (such as
Schematic pages on fast refresh rates, or with more than 20
points per page) are recommended to be used on vCNC’s
in either a XTEND, IQ4NC, IQ3, or IQ4 controller with no
significant control strategy in them (e.g. an IQ3Xact placed
in the system solely as a vCNC access point).
Where the highest level of performance is required and/or
multiple vCNC connections are required, an XTEND should
be used.
If the 963 is to act as a server it must be connected to a TCP/IP
network that is accessible by the client.
For 963 Server functionality the PC running 963 must be
connected to a TCP/IP network.
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]9
963
Data Sheet
ORDER CODES
The 963 software is available on a trial basis. This trial version allows 963 to be run for 28 days with full functionality (except access
to the configuration mode and SMS functionality) including a licence for up to 25 clients. After this period a valid licence must be
purchased.
A connection to the Trend network will also be required; this can be achieved using TCP/IP using an Trend System device that
contains a virtual CNC (E.g. XTEND, IQ3, or IQ4), which must be purchased separately. Alternatively connection can be made
to the Trend network using the Trend System current loop with a Communications Node Controller or LAN card Node Controller
(which can be supplied with the software). If 963 SMS Server functionality is required an Ethernet card and access to an Ethernet
network is required.
963 SMS Direct includes a GPRS modem; however a SIM must be purchased separately and is not available from Trend.
963L/CD
963S/CD/3USER
963S/CD/25USER
963S/SMS/CD/3USER
963S/SMS/CD/25USER
963 Lite Supervisor Software (CD only)
963 Server Supervisor Software plus 3 client licences (CD only)
963 Server Supervisor Software plus 25 client licences (CD only)
963 SMS Server Supervisor Software plus 3 client licences (including modem aerial and
cable)
963 SMS Server Supervisor Software plus 25 client licences (including modem aerial and
cable)
UPGRADE ORDER CODES
963L/UP/963S/3USER
963S/UP/*/25USER
963S/UP/963S/SMS/3USER
Supervisor Software Upgrade from 963L to 963S with 3 users.
Supervisor Software Upgrade from 963S/any users/to 963S with 25 users
Upgrade from 963 Server 3 user to 963 SMS Server Supervisor Software
(including modem aerial and cable)
963S/UP/963S/SMS/25USER Upgrade from 963 Server 25 user to 963 SMS Server Supervisor Software
(including modem aerial and cable)
963/SMS/UP/*/10USER
Supervisor Software Upgrade from 963S/SMS/any users to 963S/SMS with 10 users
963/SMS/UP/*/25USER
Supervisor Software Upgrade from 963S/SMS/any users to 963S/SMS with 25 users
10
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]
Data Sheet
963
SPECIFICATIONS
Protocols used: TCP, UDP, SMTP, HTTP
Max. database size
:10 GB
Max. number concurrent
autodialled (TMN) site connections :20
963 (all variants)
In addition to meeting the requirements for the operating system
963 requires the following:
DVD reader
Disk space
Network card
963 will run on the following operating systems. The PC must be
of a suitable specification to run the required operating system:
Windows 8 64 bit
Windows 8 Enterprise 64 bit
Windows 8 Pro 64 bit
Windows 8.1 64 bit
Windows 8.1 Enterprise 64 bit
Windows 8.1 Pro 64 bit.
Windows Server 2012 & 2016 64 bit Standard
Windows Server 2012 & 2016 R2 64 bit Standard
Windows 10 (all 64 bit variants)
Note: Windows 10 installations will require Internet access in
order to download some system components.
Windows 8, 8.1, and Windows Server 2016 require the .NET
(dot net) Framework v3.5 to be installed before 963.
963 is a real time application; installed PCs must have enough
free resources to run 963 under peak load conditions. System
performance cannot be guaranteed if other 3rd party software
is installed.
COM port
Parallel port
USB ports
:for 963 installation disc.
:a minimum of 10 GB free space for
installation + space for site data.
:Ethernet Network Card (required
for 963 Server, communication with
BACnet devices, 963 SNMP, or access
to the IT network, e.g. if connecting to
the Trend network over Ethernet).
:If connectng to the Trend network
using a CNC.
:For printer connection (if required).
:For printer connection (if required),
also for GPRS modem (963SMS only).
Printer(s)
A dot matrix printer is recommended for printing alarms
(extended character set not supported). The use of inkjet or
laser printers for alarm printing is likely to cause undesirable
results, e.g. each line of the alarm on a separate page.
A graphics printer (e.g. inkjet or laser) is recommended for
printing graphs and schematic pages.
Both an alarm printer and graphics printer can be connected
using the parallel or USB port(s) of the PC running 963, or over
the office IT network (providing a network card is fitted). This
should be taken into account when specifying the required ports
for the personal computer.
SQL Server
963 requires SQL Server 2012. An express edition of SQL
Server 2012 is included and installed as part of the standard
963 installation. 963 v3.73 [SP2] enables the use of SQL Server
2017 available separately from Microsoft™.
If a full version of SQL Server is required then this will need to
be purchased separately and installed prior to 963.
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]11
963
Data Sheet
963 CLIENTS
963SMS GPRS MODEM
PCs: 963 Clients may be any configuration providing they are
running TCP/IP networking protocol, have an Ethernet card,
and a web browser. For full graphics capabilities a modern
web browser and the Oracle JAVA runtime environment J2SE
7.0 or greater is required. The browser must have JAVA script
enabled. Some browsers provide a text only display (text mode).
Input Power
Dimensions
Note: 963 has not been tested with all devices and Trend cannot
guarantee a particular device’s compatibility with 963 server.
Popup blocking software must be disabled, or configured to
allow popups from the 963 Server.
Weight
Connectors
RF Antenna
Power
SIM
USB
Operating temperature
Certifications
CE Mark, R&TTE
EMC Compliance
:Bus powered USB connection.
:125 mm (4.1”) x 86 mm (2.4”) x 27 mm
(1.1”).
:200 g (7.05 oz)
:50 ohm SMA female
:2.5 mm miniature screw
:Standard 1.8 V and 3 V SIM receptacle
:USB Type B
:-30°C (-22°F) to 70°C (158°F)
:FCC Part 15 Class B; EN 55022 Class
B; EN55024
Radio Compliance :FCC Part 22, 24; RSS 132, 133; EN
301511; EN 301489-1; EN 301489-7;
AS/ACIF S042.1,.3
Safety
:UL60950-1; cUL60950-1; IEC 609501; AS/NZS 60950-1
Network
:PTCRB
Please send any comments about this or any other Trend technical
publication to techpubs@trendcontrols.com
© 2019 Honeywell Products and Solutions SARL, Connected Building Division. All rights reserved. Manufactured for and on behalf of the Connected
Building Division of Honeywell Products and Solutions SARL, Z.A. La Pièce, 16, 1180 Rolle, Switzerland by its Authorized Representative, Trend Control
Systems Limited.
Trend Control Systems Limited reserves the right to revise this publication from time to time and make changes to the content hereof without obligation
to notify any person of such revisions or changes.
Trend Control Systems Limited
St. Mark’s Court, North Street, Horsham, West Sussex, RH12 1BW, UK. Tel: +44 (0)1403 211888, www.trendcontrols.com
12
963 Supervisor Data Sheet TA200636 Issue 22, 12-Jul-2019. Applies to v3.73 [SP2]
Data Sheet
IQ4E/..
Controller
IQ4E/.. Controller
BACnet™ is a trademark of ASHRAE.
Description
Features
The IQ™4E controller has 10 universal inputs and 6 analogue
voltage outputs and is expandable up to 192 points (depending
on the controller variant) by adding I/O modules. This flexibility
makes it suitable for a broad range of applications.
▪ 16 onboard I/O channels - 10 inputs and 6 outputs
▪ I/O bus supports up to a total of 192 I/O channels (depending
on the controller variant) using additional I/O modules
▪ I/O bus length up to 300 m (328 yards)
▪ Ethernet 10/100 Mbps main network with TCP/IP protocol
▪ Trend current loop LAN option
▪ Embedded XML Web Services as standard
▪ BACnet over IP (certified BACnet Building Controller (B-BC))
▪ Wallbus for connection of room displays
▪ RS232 and USB local supervisor/engineering ports
▪ Automatic time synchronisation and daylight saving via SNTP
▪ DIN rail mounting, DIN 19 size 2 standard enclosure
▪ Optional interfacing to Serial/IP MODBUS, and M-Bus devices.
▪ 230 Vac, 24 Vac or 48 Vdc input power supply options
The IQ4E controller uses Ethernet and TCP/IP networking
technologies with embedded XML and is fully compatible with
other Trend IQ controllers. The IQ4E supports BACnet over IP
as standard. Trend communications over a current loop LAN is
available as an option. A local PC or display (e.g. IQView4) can
be connected to the RS232 port. A Wallbus port is also provided
for use with room displays.
Physical
58.5 mm (2.3”)
Input Channel
Indicators
53.5 mm (2.11”)
DIN rail clips
Service
Button
116 mm (4.57”)
General
Indicators
110 mm (4.33”)
USB Connector
(local engineering port)
Bias
switch
192.5 mm (7.55”)
Terminator switch OK RX Ethernet Indicators
Output Channel Indicators
TX RX Current Loop Indicators (/LAN variants only)
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.301
IQ4E/..
Data Sheet
Terminal Labels
Upper Labels
IQ4E/../230
Power Input
Wallbus
RS232 (local supervisor port)
IQ4E/../24VAC
Power Input
1
2 3
24V
48V
!
Universal Inputs
Auxiliary Supply Output
Universal Inputs
Wallbus
All terminals
Class 2 (UL)
80
81
RS232 (local supervisor port)
Lower Label
IQ4E/../230 and IQ4E/../24VAC
Terminator switch Bias switch/INT only
/INT only
Not used
70
71
4
24V 24V
WMB
5
7
8
9
3
2
C
C
C
10 11 12 13 14 15 16 17 18 19 20 21 22 23
7
8
10
9
4
6
5
C
C
C
C
C
C
C
Auxiliary Supply Output
Auxiliary Supply Output
Ethernet
RS485
6
1
AUX
Current Loop (/LAN variants only) Analogue Outputs
FUNCTIONALITY
The IQ4E’s functionality can be divided into four sections:
System, Hardware, Firmware, and Strategy.
SYSTEM
The IQ4E has communication ports for Ethernet, USB (Local
Engineering), RS232 (Local Supervisor) and Wallbus. In
addition /LAN variants have a Trend current loop, and INT
variants have RS485.
Wallbus
RS232
In addition, the IQ4E has the ability to join an internetwork
using its virtual INC (see ‘Networking’ on page 4 for further
details).
Other devices connected to the Ethernet network can
communicate with the IQ4E using IP addressing. Remote
PCs can communicate through standard IT networks using IP,
enabling communication from anywhere in the world.
Note: Communication with the Trend network by a supervisor,
tool or display will require the use of a virtual CNC (vCNC) in the
IQ4E or another CNC on the network (see ‘Networking’ on page
4 for further details).
An integral web interface is also accessible over an Ethernet/IP
connection (see ‘Ethernet’ on page 2).
USB
The IQ4E supports either static or dynamic (DHCP) IP
addressing. DHCP is enabled by default.
RS485
Trend Current Loop
(/LAN variants only)
Ethernet
Each IQ4E has a unique MAC (Media Access Control) address
allocated to its Ethernet node. This can be used to help identify
the IQ4E during configuration.
On INT variants the Ethernet connector can be used to
communicate with IP MODBUS devices (e.g. meters and VSDs).
Ethernet
On units that do not have the current loop option (or on /LAN
variants that have the current loop disabled) the IQ4E can form
a Trend LAN with other devices over the Ethernet network.
RS485
On INT variants the RS485 connector can be used to
communicate with serial MODBUS devices and in conjunction
with a RS485 to M-bus convertor to M-bus devices (e.g. meters
and VSDs).
Note: The connection can only be used for one type of
connection.
vINC
Ethernet
LAN
2
Internetwork
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30
Data Sheet
IQ4E/..
Current Loop (../LAN variants only)
Wallbus
On units that have the current loop option (which is enabled),
the IQ4E will form a Trend LAN with other devices on the
current loop.
The Wallbus port facilitates the connection of room display
devices (e.g. an RD-WMB series room display). Devices can be
wired using either bus (daisy-chain) or star topology.
These devices offer control and indication of parameters such
as setpoint, fan speed and occupancy, as well as sensing
temperature, humidity and CO2 levels.
BACnet Communications
The IQ4E controller is certified as a BACnet Building Controller
(B-BC). BACnet is an open protocol that enables the products of
a number of different manufacturers of building automation and
control equipment to communicate with each other. It supports
communication using BACnet over IP (Ethernet) including:
LAN
(on current loop)
INC
Internetwork
Note: In this configuration IQ4E cannot join a Trend LAN on
Ethernet. However, access by IP is still possible.
In order to join an internetwork, an INC type device will be
required elsewhere on the current loop LAN.
The current loop may be wired in either a 2-wire or 4-wire
configuration.
Network Bypass Relay: If the IQ4E loses power a set of
bypass relays will close to maintain the integrity of the current
loop network. If the relays close it will be recognised by a
downstream device, and reported as a LAN Changed alarm.
Baud Rate: By default the IQ4E auto-detects the baud rate to
use on the current loop. Where required, the rate can be set
manually using configuration software.
RS232 (Local Supervisor Port)
▪
▪
▪
Access to IQ4E parameters over BACnet,
Alarm delivery,
IC comms to a BACnet device.
A full specification of the objects, properties, and BIBBS
(BACnet Interoperability Building Blocks) supported by the IQ4E
are given in the IQ4 Protocol Implementation Conformance
Statement (TP201248). The mapping of the BACnet properties
to the Trend parameters is covered in the IQ4 Configuration
Manual (TE201263).
XML Web Services
The IQ4E includes XML web services. XML is a general purpose
specification for creating custom markup languages. It helps
developers create web pages and also provides a basic syntax
that enables information to be shared by different computers
and applications. The IQ4E XML syntax is described in the IQ4
Configuration Manual (TE201263).
Inputs and Outputs
The IQ4E has 10 universal inputs and 6 analogue outputs, plus
three 24 Vdc auxiliary supply output terminals for powering
certain types of I/O devices. See ‘Hardware’ on page 4 for
further details.
Cable Screening
The use of screened cable for input and/or output connections
is not generally required unless the cable passes through
electrically noisy environments.
The connected device can be restricted to communicate only
with the IQ4E or (if supported by the device) with the entire
Trend network (see ‘Networking’ on page 4).
If screened cable is used the screen must be connected to the
local panel/enclosure ground and left unterminated at the far
end.
On INT variants the RS232 connection can be used in
conjunction with an externally powered RS232 to RS485
convertor to communicate with serial MODBUS devices (e.g.
meters and VSDs) and in conjunction with a RS232 to M-bus
convertor to M-bus (e.g. meters and VSDs).
I/O Expansion Modules
Further I/O channels can be added to the IQ4E by the connection
of various types of I/O expansion modules to the I/O bus.
I/O bus
An RS232 port is provided for the optional connection of local
display devices, sensors or supervisory tools. Only one device
may be connected at one time.
Note: The connection can only be used for one type of
connection.
USB (Local Engineering Port)
The USB port allows connection of a PC running IQ™SET
(System Engineering Tool). When connected in this way
IQSET can communicate across the entire Trend network (see
‘Networking’ on page 4).
When not in use the connector is protected by a retained flexible
plastic plug.
I/O modules
Several IQ4E variants are available to provide support for
differing numbers of I/O channels up to a maximum of 192 (16
onboard, 176 on I/O bus) (see ‘Order Codes’ on page 11).
The following I/O module ranges are compatible with the IQ4E:
▪
▪
IQ4/IO - see IQ4/IO Modules Data Sheet (TA201341).
XCITE/IO - see XCITE/IO Modules Data Sheet
(TA201352).
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.303
IQ4E/..
Data Sheet
Up to 30 modules can be connected to the I/O bus, depending
on the module range(s) used and the number of I/O channels
supported by the controller (as described above).
Module Range
IQ4/IO only IQ4/IO and/or XCITE/IO
Number of Modules
30
15
The last module on the I/O bus must be fitted with a terminator.
A suitable terminator (compatible with IQ4/IO modules only) is
supplied with the IQ4E.
HARDWARE
Universal Inputs (IN1 to IN10)
Each input channel will function as one of the following:
▪
▪
▪
▪
thermistor input,
voltage input,
digital input, or
current input.
Networking
The input function is set automatically by the IQ4E strategy.
In order to connect to the Trend network the IQ4E will create its
own internal LAN which includes the following nodes:
Thermistor input: Used for a thermistor (NTC 10 kΩ @ 25°C
(77°F), -40 to 110°C (-40°F to 230°F)), potentiometer (0 to
200 kΩ) or fan speed control. The thermistor bridge resistor is
12 kΩ with a bridge supply 3.3 V.
a CNC for its own controller,
a supervisor CNC (sCNC1) for its RS232 port,
a supervisor CNC (sCNC2) for its USB port,
three virtual CNCs (vCNC1, vCNC2 and vCNC3), and
a virtual INC (vINC).
Supervisor
/Tool
Web
Browser
Supervisor
/Tool
RS232
Ethernet
IQ4E
vINC
vCNC1
vCNC2 vCNC3
IQ4E
control
CNC
Example wiring
IQSET
n
USB
▪
▪
▪
▪
▪
n
n
Voltage input: Used with a 0 to 10 Vdc source.
sCNC1
sCNC2
Example wiring
+
S
LAN
-
Default CNC Addressing: The IQ4E device (outstation)
address is factory-set (in the Address module) as follows:
Local LAN
Local Address
set to 20
set on a rolling basis in the range 11 to
119, so that in a batch of IQ4Es, each
will have a different default address
(printed on the unit’s serial label).
sCNC1 Functionality: If the RS232 port address is set to 0
(default), sCNC1 is disabled and a connected device can only
communicate with the IQ4E. If the address is configured to be nonzero, sCNC1 is enabled with that address on the LAN and allows
a connected device to communicate with the entire Trend network.
n
Digital input: Used for a volt free contact, logic circuit (e.g.
TTL, CMOS), open collector (transistor) or open drain (FET).
Example wiring
volt
free
sCNC2 Functionality: When a PC running IQSET is connected
to the USB port it uses sCNC2. If the USB port address is set
to 0 (default), sCNC2 is dynamically created at address 125 for
the duration of the IQSET session. When the PC is removed
sCNC2 times out and no longer exists on the network. If the
address is configured to be non-zero, sCNC2 remains on the
network at all times.
vCNC Functionality: vCNC Functionality: Allows a supervisor/
tool/display to make a permanent secure (if supported)
connection to the Trend network using TCP/IP. By default all
vCNCs are disabled.
vINC Functionality: When the IQ4E joins a LAN on Ethernet,
the controller with the lowest IP address assumes INC
functionality (using its vINC at address 126); any vINCs in other
controllers on that LAN will automatically be disabled. The vINC
does not exist on a current loop LAN.
IC Comms: The IQ4E can communicate with other IQ
controllers and BACnet devices using IC Comms. Some
controllers running earlier versions of firmware may not support
all IC Comms types. See ‘Compatibility’ on page 10.
4
n
n
270 μA
n
n
open
collector
logic
circuit
TTL /
CMOS
0V
n
The volt free contact has a nominal wetting current of 270 μA.
The input is ON when the contact is closed.
An open collector or open drain must be able to sink 270 μA.
The input is ON when the transistor or FET conducts. Correct
polarity must be observed.
A logic circuit must be able to sink 270 μA. The input will be
ON when the voltage present on the input terminal is less than
2 Vdc (minimum 0 V). A voltage greater than 3.5 Vdc (maximum
50 Vdc) or open circuit will turn the input OFF. Voltage levels
between 2 and 3.5 Vdc may cause indeterminate operation.
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30
Data Sheet
IQ4E/..
Current input: Used for 0 to 20 mA sources which can be
externally powered or loop powered (from the Auxiliary Supply
Output, i.e. one of the AUX terminals).
Example wiring
Externally powered
S
Loop powered
External
Power
Supply
Enclosure
The IQ4E is housed in a polycarbonate case. Integral spring
clips on the back of the case enable the unit to be clipped on to
(and quickly released from) a standard TS35 DIN rail.
The /230 version must be installed in a secondary enclosure
with a minimum protective rating of IP20 (or equivalent).
The /24VAC version must be installed in a secondary enclosure
with a minimum protective rating of IP20 (or equivalent) or
mounted outside normal reach (e.g. in a plenum).
S
The unit may be mounted horizontally or vertically but not
upside down or on its back:
n
n
n
n
24V
n
n
IQ4E
AUX
Analogue Outputs (OUT11 to OUT16)
IQ4E
These provide a variable control voltage between 0 and 10 Vdc.
The output can source up to 20 mA (see “Combined Supply”)
and sink up to 3 mA.
IQ4E
IQ4E
n
DIN rail
end stop
Example wiring
n
n
n
Rotating clear polycarbonate covers provide access for the
power, communications and I/O connections.
LOAD
LOAD
Input Power Supply
10 Vdc
Vdc
00toto 10
00V
V
Auxiliary Supply Output
This output can be used to supply I/O devices (e.g. sensors). It
provides 24 Vdc ±5% from AUX terminals 70, 71 and 72, with a
return through terminal 73 or any ‘C’ terminal.
The maximum available current is internally limited as follows:
70
Auxiliary Output (AUX) Terminals
71
72
120 mA shared
120 mA
The available current also depends on other current demands
(see “Combined Supply”).
The IQ4E/.. has both 230 Vac and 24 Vac input power options.
/230: This option requires a 230 Vac ±10%, 50/60 Hz supply
The input power earth (ground) terminal is isolated from the
input power neutral, and must be separately earthed (grounded)
locally; this ground terminal is internally connected to the IQ4E
electronics earth (ground).
The 230 V supply must include a dedicated 5 A fuse complying
with IEC60269 (BS1362) and a suitably rated switch in close
proximity and be clearly marked as the disconnecting device for
the unit. A 5 A circuit breaker with high breaking capacity may
be used as an alternative.
E
N
L
5A
Combined Supply
The IQ4E’s combined supply provides power for the:
▪
▪
▪
▪
▪
Analogue outputs,
Auxiliary supply terminals,
Wallbus,
RS232 port, and
I/O Bus supply.
A maximum combined supply current of 800 mA is available.
If the total power requirement of the combined supply exceeds
this limit it will be necessary to power some of the items using
external power sources.
Note: For further details on calculating the available current
from the combined supply - see the IQ4 Configuration Manual
(TE201263).
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.305
IQ4E/..
Data Sheet
/24VAC: This option requires a 24 Vac ±10%, 50/60 Hz, 44VA
max or 48 Vdc +/- 15% 0.67A, 32 W supply.
24 Vac supply
24 Vac transformer
(For UL rating use Class 2)
Fused Primary
24
Vac
Current Loop: (adjacent to current loop connector - operational
on /LAN variants only):
Indicator Colour
Function
RX
Yellow Status of connection to previous device
TX
Yellow Status of connection to next device
Ethernet: (on end of Ethernet connector):
Indicator Colour
Function
OK
Green Status of connection (Ethernet LINK)
RX
Yellow Presence of data reception
Panel/enclosure ground.
Inputs/Outputs: (in line with the appropriate I/O terminals and
next to the label):
24V
48V
The local earth terminal (1) must be earthed (grounded) at the
controller. The 24 V supply must include a suitably rated switch
in close proximity and be clearly marked as the disconnecting
device for the unit. Do not position the equipment so that the
disconnecting device is difficult to operate.
48 Vdc supply
48 Vdc supply
Panel/enclosure ground.
Indicator Colour
Function
Input
Yellow On/Off state of associated input
(digital input mode only)
Output
Yellow Light intensity varies with output voltage
Backup
The data (firmware, strategy, parameters) is stored in flash
memory which is non-volatile in the case of power failure.
Changes to the Address module are stored immediately. Other
changes are generally stored around midnight, in addition
structural changes (e.g. module interconnections) are stored
15 s after the last change, and critical data changes (e.g
strategy values), are stored on power failure or other similar
fault conditions. The tools (e.g. IQSET) will send an archive
instruction after parameter changes causing immediate storage
of changes.
A supercap is used to maintain the real time clock (time and
date). In the event of power failure this will support the clock for
8 days (typically).
24V
48V
Note: Connection to the IQ4E is polarity independent.
The local earth terminal (1) must be earthed (grounded) at the
controller. The 48 V supply must include a suitably rated switch
in close proximity and be clearly marked as the disconnecting
device for the unit. Do not position the equipment so that the
disconnecting device is difficult to operate.
Service Button
The Service Button can be used to generate a network message
which identifies the IQ4E using its serial number to system
tools, e.g. to find the IQ4E’s device address and LAN number.
It can also be used to reset the IQ4E to factory defaults; for
further details see the IQ4 Configuration Manual (TE201263).
Indicators
Various indicators are provided giving feedback on the
operational status of the controller.
General (in centre of cover):
Indicator Colour
Function
Power
Green Condition of input power supply
Watchdog Red
Presence of a firmware/strategy fault
LAN OK
Green Status of the Trend LAN
(operational on /LAN variants only)
I/O Bus
Green Status of connection to I/O modules
Service
Yellow Service button activated. Flashes if
a powered device is connected to the
USB port when IQ4E is not powered
6
Note: Operation at elevated temperature or high humidity levels
will reduce the lifetime of the supercap. Extended operation in
these conditions may permanently reduce the capacity of this
component and result in a reduction in the number of days that
the controller can successfully backup the time and date.
Labels
A small two part label is attached to the unit which displays the
unit’s serial number and MAC address (in both text and barcode
format). Space is provided on the label for recording the unit’s
device (outstation) address, LAN number and IP address (if
DHCP is not being used). It has a tear-off self-adhesive label
strip that also contains the serial number and MAC address
(text and barcode) which can be adhered to a paper record, e.g.
a building plan or log book.
A second large adhesive label is also supplied which contains
the unit’s serial number in text and barcode formats. This
is intended to be mounted on the outside of the equipment
cabinet or enclosure containing the IQ4E. If the unit is located
in a difficult-to-reach location, this label can be scanned from a
distance using a suitable barcode scanner.
The barcodes on both labels conform to the ‘code 128 auto’
format.
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30
Data Sheet
IQ4E/..
FIRMWARE
The firmware in the IQ4E controls its basic functionality and
provides a range of modules that can be configured to produce
a control strategy.
Modules
The range of modules provided in the IQ4E firmware are listed
in the table below. Full details of each module can be found in
the IQ4 Configuration Manual (TE201263).
Module
Address
Alarm Destination
Alarm Group
Alarm Route
Alarm Log
Analog Node
Calendar
Digital Byte
Digital Input
Directory
Display
Driver
Function
IC Comms
brIQs
24
14
9
9
0
16
566
16
28
13
19
57
19
19
Interface
I/O Module
Knob
Logic
Loop
Network
NTD
Option
OSS
Page
Plot
Program
Schedule Offset
Sensor
Sensor type
Sequence
130
14
13
19
55
0
30
0
34
4
12
0
21
76
12
106
Max. number of Modules
1 (fixed)
(8)
500
500
1 (fixed)
4000
50
1012
1500
500
1500
500
1000
IP network = 1000
Max of 500 shared between
MSTP and current loop.
500
30
1500
1000
500
Max 10 Modbus IP
limited by max. brIQs only
Note
ƒ
ƒ




„

ƒ
ƒ
500
500
500
1 (fixed)
ƒ
500
1500

99
1 (fixed) - see opposite for
max. steps
States Category 0
50
Switch
10
1500
Time
38
1 (fixed)
Time Schedule
566
100
‚
User
12
500
Virtual CNC
9
3
ƒ
 The number of brIQs used on these modules varies with
the module type. The largest size is shown here.
‚ Includes a maximum of 50 exceptions per module.
ƒ These modules are always present in the IQ4E.
„ Additional brIQs required per input and output depending
on controller type - XNC 5, Wallbus Input 13, Output 12,
Modbus Input 16, Output 15, MBus Output 12.
For IP networks a maximum of 1000 IC comms/COV
subscriptions can be configured but there is a maximum
transmission rate of 300 IC comms/COV subscriptions
per minute. For MSTP and Trend current loop networks
a maximum of 500 IC comms/COV subscriptions can
be configured but there is a maximum transmission rate
of 100 IC comms/COV subscriptions per minute shared
between the two networks.
For more details see the IQ4 Configuration Manual
(TE201263).
The quantity of each type of module may be adjusted to match
the requirements of the application subject to the following:
▪
▪
▪
A maximum of 4000 modules in total,
A maximum for each type of module, and
The IQ4E’s memory capacity (measured in ‘brIQs’).
The maximum number of modules for each type, and number of
brIQs required per module are shown in the table above.
The total available memory capacity varies with the number of
supported I/O channels:
Number of
I/O channels
16
32
64
96
128
160
192
Max. brIQs available
/INT variants
30,000
45,000
30,000
45,000
30,000
45,000
45,000
60,000
60,000
75,000
75,000
90,000
90,000
90,000
Plot Modules
The IQ4E’s Plot modules can plot any connectable module
output (analogue or digital). There are four types of Plot module:
Synchronised, Triggered, Periodic and COV (change of value).
Although all four types are BACnet interoperable, only periodic
plots can be compliant with the BACnet standard. All Plot
modules can generate a buffer ready alarm when the number of
records equals a notification threshold.
The maximum number of records per plot is 1000. The maximum
total number of records (for all plots) depends on the available
plot memory (measured in log points) and the type of plots used
– each Synchronised plot record requires 5 log points, while
each Triggered, COV or Periodic plot record requires 10 log
points:
number
of I/O
channels
16
32
64
96
128
160
192
max. number of records
maximum
triggered
plot memory synchronised
or periodic
(log points)
plots
plots
1,000,000
200,000
100,000
1,000,000
200,000
100,000
1,000,000
200,000
100,000
1,000,000
1,000,000
1,250,000
1,500,000
200,000
200,000
250,000
300,000
100,000
100,000
125,000
150,000
Note: A maximum of 100 plots can be serviced in a 1 s period
(e.g. 100 x 1 s plots only). This is calculated on the average plots
serviced in 1 s, so a 1 minute plot would contribute a 1/60. For
example 90 x 1 s plots plus 360 x 1 min would give 96 (90+6)
plots per second on average. The periodic and triggered plots
must also be counted and it’s up to the engineer to make his
best estimate.
Sequence Table Module
The maximum number of steps in the sequence table varies
with the number of supported I/O channels:
Number of I/O channels
16
32
64
96
128
160
192
Max. sequence steps
600
600
640
960
1280
1600
1920
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.307
IQ4E/..
Data Sheet
BACnet COV Reporting and Receiving
IQ4s BACnet Change Of Value (COV) services allow a COV
client to receive reports from a COV server when the value
of a referenced property changes. IQ4 provides both COV
reporting (limited to 1000 COV subscriptions - see page 7
for limitations) and COV receiving facilities.
Firmware Upgrades
New versions of firmware may be made available from time to
time to change or add functionality or to provide support for new
products.
Firmware can be upgraded using a PC running the IQTool
Firmware Upgrade Applet, and to the IQ4E connected over
Ethernet (recommended for speed) or the Trend current loop.
Timemaster
The IQ4E can act as a system Timemaster to synchronise the
time and date across the Trend system. It can use SNTP (simple
network time protocol) to obtain precision current time from an
unauthenticated NTP server on the Internet. Daylight saving
can be implemented automatically (via timezone setting) or
manually by specified dates and time adjustment.
Alarms
The IQ4E will generate Network, General, and Item alarms.
Network alarms are generated by the Trend Network nodes,
General alarms are generated when the IQ4E detects a
problem within its own hardware or program, and Item alarms
are generated by the strategy, and are normally due to a faulty
plant condition.
Network alarms are sent to supervisors or tools connected to
the RS232 local supervisor port, USB local engineering port, or
to one of the controller’s vCNCs.
General and Item alarms can be sent either to a designated
Trend LAN address, to an IP address, or as an email.
Alternatively, certain Item alarms (sensor, digital input, digital
driver readback, and plot), can be sent to a BACnet device.
Alarms sent to a Trend LAN address, or to an IP address can
either be sent in text, coded, or attribute format. Network alarms
are sent in text format only.
For coded alarms the protocol limits the item number to 255
maximum. For text alarms the maximum item label length is
20 characters (although the 963 can be set up to use labels
previously learnt).
Sending an alarm by email requires the Email Server Address
to be set up in the address module. The Email Server Address
can be an IP address, an internet domain name, or a host name;
the internet domain name or host name require a DNS server
address or a WINS server address respectively to be set up in
the network module so that the name can be resolved.
All alarms (except Network alarms) are also stored locally in the
Alarm Log. The alarm log can record up to 300 alarms. Once
this limit is reached each new alarm will overwrite the oldest
record.
IQ Interfacing
IQ interfacing (/INT) is an optional feature that enables easy
integration of Serial (RS485) MODBUS, IP MODBUS and
M-bus devices (e.g. meters, sensors/chillers/VRF Systems)
to the IQ4E. This enables the IQ4E to read and write values
directly. If required an IQ4E can be connected to both MODBUS
and M-bus.
8
Standard strategy blocks, available in IQSET, allow easy
strategy configuration using drag & drop for common MODBUS
and M-bus devices - see https://partners.trendcontrols.
com/partners/index.aspx#Downloads:SET for the latest
plant blocks.
Engineering with standard IQ4 Network and Interface modules
allows connection to other MODBUS or M-Bus devices.
Strategy blocks can be created for favourite devices to save
engineering time. /INT variants have extra brIQs - see ‘Modules’
on page 7.
Note: XNC variants cannot be licenced for IQ interfacing.
MODBUS
Maximum number of inputs/outputs per device: Each
MODBUS Interface module can have up to 500 inputs and 500
outputs, this allows 500 inputs and 500 outputs per device.
If more than this is required additional MODBUS Interface
modules can be connected to the same MODBUS address
(device).
Maximum number of devices: Although the maximum number
of MODBUS devices connected to the IQ4E is determined by
the number of available interface modules in the IQ4 (max 500),
in reality, the limit is set by the MODBUS rules.
Maximum number of connected MODBUS networks: Each
connected network requires one MODBUS Network module.
There is a maximum of 10 MODBUS IP network modules. For
Serial MODBUS network modules, the number is set by the
IQ4E’s hardware.
Devices from different manufacturers can be connected to the
same network providing the network parameters configuration
is the same.
Note: IQ4E cannot operate as a slave so does not have registers.
M-bus
Maximum number of outputs per device: Each M-bus
Interface module can have up to 1000 outputs, this allows
1000 outputs per device. If more than this is required additional
M-bus Interface modules can be connected to the same M-bus
address (device).
Note: An individual M-bus device is limited to 255 values.
Therefore, although there can be 1000 outputs on the interface
module, each one can only be set to one of 255 values form the
M-bus device.
Maximum number of devices: Although the maximum number
of interface modules is 500, the maximum number of M-bus
devices is limited to 250 but is dependant on the converter used.
When values are requested from an M-bus device ALL values
are sent to the IQ4. E.g. when requesting a single value from an
M-bus device that has 20 values the M-bus device will send all
20 values to the IQ4. Therefore it is necessary to consider the
data flow rate.
Note: The more values and devices that are required the larger
the strategy requirements therefore the brIQ count must be
considered.
Maximum number of connected M-bus networks: Each
connected network requires one M-bus Network module.
The number of M-bus network modules is set by the IQ4E’s
hardware.
Devices from different manufacturers can be connected to the
same network providing the network parameters configuration
is the same.
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30
Data Sheet
IQ4E/..
Web Server
Language
Information from the IQ4 can be viewed or adjusted from a web
client (PC, tablet or smartphone) over any TCP/IP network (e.g.
company intranets) using secure HTTPS protocol. All that is
required is the IQ4’s IP address or host name, and a user name
and password. Once connection to the controller has been
made, it is possible to view/adjust occupation times, view the
alarm log, and view/adjust/graph individual module parameters.
The user can specify which language the IQ4E uses for the
display of web pages and for transmitted alarms. The standard
languages are in the controller as supplied. In the controller the
Address module has a language parameter which will be set
to the default language, but can be changed to any one of the
other available languages. The IQ4E can use languages which
require 8 bit code (i.e. special or accented characters) and can
also operate with right to left languages (e.g. Chinese, Arabic).
Identification
The IQ4E will identify itself as an IQ4 to w comms.
STRATEGY
In order to operate as a controller, the modules provided by the
firmware must be configured to define the way the controller
is to control the connected equipment. This configuration is
known as the strategy. Strategies are configured using the
System Engineering Tool (IQSET).
This produces a strategy file (filename.IQ4) that can be
downloaded to the controller to define its operation. This file
consists of all the strategy module instances, their parameters,
and links. When this is downloaded it is stored in the controller
and then run using the controller firmware.
For details of using IQSET see the System Engineering Tool
Manual (TE200147).
The web interface does not allow the strategy structure to be
modified (e.g. changing module interconnections, adding or
deleting modules).
Graphical display pages (GraphIQs), which are configured using
IQ4E’s display and directory modules, can also be accessed.
For further details of web pages see the IQ4 Configuration
Manual (TE201263), the IQ4 Web User Guide (TC201256), and
the Graphical Display Pages Editor Manual (TE200629).
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30
9
IQ4E/..
Data Sheet
FIELD MAINTENANCE
!
The IQ4E requires no routine maintenance.
DISPOSAL
COSHH (Control of Substances Hazardous to Health UK Government Regulations 2002) ASSESSMENT FOR
DISPOSAL OF IQ4E.
RECYCLING .
All plastic and metal parts are recyclable. The printed circuit
board may be sent to any PCB recovery contractor to recover
some of the components for any metals such as gold and silver.
WARNING: Contains no serviceable parts. Do
not attempt to open the unit. Failure to comply
may cause damage to the unit.
WEEE Directive:
At the end of their useful life the packaging, and
product should be disposed of by a suitable
recycling centre.
Do not dispose of with normal household waste.
Do not burn.
COMPATIBILITY
Browsers: This device has been successfully tested with
Internet Explorer (v10 & 11), Chrome (v29.0.1547.0), Mozilla
Firefox (v23), Safari (v5.1.7) and with the default browser on the
following device operating systems:
Apple iOS 8.1.3
Android 5.0 ‘Lollipop’
Windows Phone 8.1
It should work with all modern browsers, smart phones, and
tablets (with JavaScript enabled) available at the date of release
of this product.
IC Comms: IQ4, IQ3, IQ2, IQeco, IQL, and IQ1 (v3 onwards).
Note: Some controllers running earlier versions of firmware may
not support all IC Comms types. Refer to the IQ4 Configuration
Manual (TE201263) for full compatibility details. For details
on using IC Comms with IQL controllers refer to the Trend
LonWorks Products Engineering Manual (TE200292).
Ethernet Nodes: XTEND, NXIP, or EINC.
Note: NXIP or EINC must not be used in an automatic IP
addressing (DHCP) environment.
Owing to the rapidly changing nature of web devices, new
devices and browsers will become available after release.
BACnet Devices: The IQ4E controller is certified as a BACnet
Building Controller (B-BC), for details of the certification go to:
Supervisors and Displays: 963 v3.5 or greater, IQVISION,
916, IQView4, IQView8, RD-IQ, SDU-xcite.
http://www.bacnetinternational.net/btl/index.php?m=52.
Note: The NDP is not compatible with IQ4E; it will not recognise
an IQ4E connected to its network.
Compatibility is defined in IQ4 Product Implementation
Conformance Statement (TP201248).
Wallbus: RD-WMB, RS-WMB, RV-WMB.
Utility Software: IQSET v7.60 or greater
I/O Modules: IQ4/IO range, XCITE/IO (IQ3) range.
Controllers: IQ3/IQ4 directly and IQ1, IQ2, IQL by way of
XTEND. IQ4E/../LAN communicates with IQ2, IQ1 directly.
IQECO via of IQ4NC.
Strategies: IQ1, IQ2, IQ3 can be imported into IQSET,
converted into IQ4 strategies, and then downloaded into an
IQ4E. If the strategy file accesses I/O channels beyond those
available in the IQ4E the strategy will be rejected.
10
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30
Data Sheet
IQ4E/..
INSTALLATION
The IQ4E is designed to be clipped on to a standard TS35 DIN rail. The IQ4E must be installed in a secondary enclosure with a
minimum protective rating of IP20 (or equivalent). The /24VAC version can also be mounted outside normal reach (e.g. in a plenum).
The installation procedure involves:
Mounting the controller in position
Connecting power
Connecting Ethernet (if required)
Connecting RS232 (if required)
Connecting Current Loop (../LAN only)
Connecting the I/O channels (as required)
Connecting RS485 MODBUS devices (if required)
Connecting M-bus devices (if required)
Connecting Wallbus (if required)
Mounting and connecting I/O modules (if required)
Powering up
Setting up IP address parameters (if using Ethernet)
Setting up LAN number and device address,
Checking network
Configuring the strategy
Testing strategy using Controller Simulation in IQSET
Downloading strategy and other configuration files
Check BACnet communications
Connecting inputs and checking operation
Connecting outputs and checking operation
A full description of installing the unit is given in the IQ4E/.., IQ4NC/16/.., IQ4NC/32/.. Installation Instructions - Mounting (TG201338)
and IQ4E/.. IQ4NC/16/..., IQ4NC/32/... Installation Instructions - Configuring (TG201339).
ORDER CODES
IQ4E/[CHAN]/[INT]/[LAN]/BAC/[Power]
[CHAN]
[INT]
[LAN]
[Power]
Number of supported I/O channels: 16, 32, 64, 96, 128, 160, 192
Blank No IQ Interfacing
INT
IQ Interfacing
Blank No Trend current loop
LAN
Trend current loop option fitted
230
230 Vac input power supply
24VAC 24 Vac/48 Vdc input power supply
Note: XML web services are included as standard in the IQ4E.
NON LAN VARIANTS
IQ4E/16/BAC/230
IQ4E/16/BAC/24VAC
IQ4E/16/INT/BAC/230
IQ4E/16/INT/BAC/24VAC
IQ4E/32/BAC/230
IQ4E/32/BAC/24VAC
IQ4E/32/INT/BAC/230
IQ4E/32/INT/BAC/24VAC
IQ4E/64/BAC/230
IQ4E/64/BAC/24VAC
IQ4E/64/INT/BAC/230
IQ4E/64/INT/BAC/24VAC
IQ4E/96/BAC/230
IQ4E/96/BAC/24VAC
IQ4E/96/INT/BAC/230
IQ4E/96/INT/BAC/24VAC
IQ4E/96/LAN/BAC/230
IQ4E/96/LAN/BAC/24VAC
IQ4E/128/BAC/230
IQ4E/128/BAC/24VAC
IQ4E/128/INT/BAC/230
IQ4E/128/INT/BAC/24VAC
IQ4E/160/BAC/230
IQ4E/160/BAC/24VAC
IQ4E/160/INT/BAC/230
IQ4E/160/INT/BAC/24VAC
IQ4E/192/BAC/230
IQ4E/192/BAC/24VAC
IQ4E/192/INT/BAC/230
IQ4E/192/INT/BAC/24VAC
IQ4E with 16 I/O channels with 230 Vac supply
IQ4E with 16 I/O channels with 24 Vac/48V dc supply
IQ4E with 16 I/O channels with IQ Interfacing and 230 Vac supply
IQ4E with 16 I/O channels with IQ Interfacing and 24 Vac/48V dc supply
IQ4E expandable to 32 I/O channels with 230 Vac supply
IQ4E expandable to 32 I/O channels with 24 Vac/48V dc supply
IQ4E expandable to 32 I/O channels with IQ Interfacing and 230 Vac supply
IQ4E expandable to 32 I/O channels with IQ Interfacing and 24 Vac/48V dc supply
IQ4E expandable to 64 I/O channels with 230 Vac supply
IQ4E expandable to 64 I/O channels with 24 Vac/48V dc supply
IQ4E expandable to 64 I/O channels with IQ Interfacing and 230 Vac supply
IQ4E expandable to 64 I/O channels with IQ Interfacing and 24 Vac/48V dc supply
IQ4E expandable to 96 I/O channels with 230 Vac supply
IQ4E expandable to 96 I/O channels with 24 Vac/48V dc supply
IQ4E expandable to 96 I/O channels with IQ Interfacing and 230 Vac supply
IQ4E expandable to 96 I/O channels with IQ Interfacing and 24 Vac/48V dc supply
IQ4E expandable to 96 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E expandable to 96 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
IQ4E expandable to 128 I/O channels with 230 Vac supply
IQ4E expandable to 128 I/O channels with 24 Vac/48V dc supply
IQ4E expandable to 128 I/O channels with IQ Interfacing and 230 Vac supply
IQ4E expandable to 128 I/O channels with IQ Interfacing and 24 Vac/48V dc supply
IQ4E expandable to 160 I/O channels with 230 Vac supply
IQ4E expandable to 160 I/O channels with 24 Vac/48V dc supply
IQ4E with 16 I/O channels with Trend current loop LAN, IQ Interfacing and 230 Vac supply
IQ4E with 16 I/O channels with Trend current loop LAN, IQ Interfacing and 24 Vac/48V
dc supply
IQ4E expandable to 192 I/O channels with 230 Vac supply
IQ4E expandable to 192 I/O channels with 24 Vac/48V dc supply
IQ4E expandable to 192 I/O channels with IQ Interfacing and 230 Vac supply
IQ4E expandable to 192 I/O channels with IQ Interfacing and 24 Vac/48V dc supply
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.3011
IQ4E/..
Data Sheet
LAN VARIANTS
IQ4E/16/INT/LAN/BAC/230
IQ4E/16/INT/LAN/BAC/24VAC
IQ4E/16/LAN/BAC/230
IQ4E/16/LAN/BAC/24VAC
IQ4E/32/INT/LAN/BAC/230
IQ4E/32/INT/LAN/BAC/24VAC
IQ4E/32/LAN/BAC/230
IQ4E/32/LAN/BAC/24VAC
IQ4E/64/INT/LAN/BAC/230
IQ4E/64/INT/LAN/BAC/24VAC
IQ4E/64/LAN/BAC/230
IQ4E/64/LAN/BAC/24VAC
IQ4E/96/INT/LAN/BAC/230
IQ4E/96/INT/LAN/BAC/24VAC
IQ4E/96/LAN/BAC/230
IQ4E/96/LAN/BAC/24VAC
IQ4E/128/INT/LAN/BAC/230
IQ4E/128/INT/LAN/BAC/24VAC
IQ4E/128/LAN/BAC/230
IQ4E/128/LAN/BAC/24VAC
IQ4E/160/INT/LAN/BAC/230
IQ4E/160/INT/LAN/BAC/24VAC
IQ4E/160/LAN/BAC/230
IQ4E/160/LAN/BAC/24VAC
IQ4E/192/INT/LAN/BAC/230
IQ4E/192/INT/LAN/BAC/24VAC
IQ4E/192/LAN/BAC/230
IQ4E/192/LAN/BAC/24VAC
IQ4E with 16 I/O channels with Trend current loop LAN, IQ Interfacing and 230 Vac supply
IQ4E with 16 I/O channels with Trend current loop LAN, IQ Interfacing and 24 Vac/48V
dc supply
IQ4E with 16 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E with 16 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
IQ4E expandable to 32 I/O channels with Trend current loop LAN, IQ Interfacing and
230 Vac supply
IQ4E expandable to 32 I/O channels with Trend current loop LAN, IQ Interfacing and
24 Vac/48V dc supply
IQ4E expandable to 32 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E expandable to 32 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
IQ4E expandable to 64 I/O channels with Trend current loop LAN, IQ Interfacing and
230 Vac supply
IQ4E expandable to 64 I/O channels with Trend current loop LAN, IQ Interfacing and 24
Vac/48V dc supply
IQ4E expandable to 64 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E expandable to 64 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
IQ4E expandable to 96 I/O channels with Trend current loop LAN, IQ Interfacing and
230 Vac supply
IQ4E expandable to 96 I/O channels with Trend current loop LAN, IQ Interfacing LAN
and 24 Vac/48V dc supply
IQ4E expandable to 96 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E expandable to 96 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
IQ4E expandable to 128 I/O channels with Trend current loop LAN, IQ Interfacing and
230 Vac supply
IQ4E expandable to 128 I/O channels with Trend current loop LAN, IQ Interfacing and
24 Vac/48V dc supply
IQ4E expandable to 128 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E expandable to 128 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
IQ4E expandable to 160 I/O channels with Trend current loop LAN, IQ Interfacing and
230 Vac supply
IQ4E expandable to 160 I/O channels with Trend current loop LAN, IQ Interfacing and
24 Vac/48V dc supply
IQ4E expandable to 160 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E expandable to 160 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
IQ4E expandable to 192 I/O channels with Trend current loop LAN, IQ Interfacing and
230 Vac supply
IQ4E expandable to 192 I/O channels with Trend current loop LAN, IQ Interfacing and
24 Vac/48V dc supply
IQ4E expandable to 192 I/O channels with Trend current loop LAN and 230 Vac supply
IQ4E expandable to 192 I/O channels with Trend current loop LAN and 24 Vac/48V dc supply
UPGRADES
If the number of supported I/O channels needs to be increased, the following controller upgrades are available:
IQ4E/16-32/UP
IQ4E/32-64/UP
IQ4E/64-96/UP
IQ4E/96-128/UP
IQ4E/128-160/UP
IQ4E/160-192/UP
Upgrade from 16 to 32 channels
Upgrade from 32 to 64 channels
Upgrade from 64 to 96 channels
Upgrade from 96 to 128 channels
Upgrade from 128 to 160 channels
Upgrade from 160 to 192 channels
Note: An upgrade will only increase the number of I/O channels that are supported in the firmware; an upgrade does not change the
hardware. Additional I/O modules will be required to make use of the extra channels.
IQ4/XNC/UP
IQ4/INT/UP
Upgrade from an IQ4E/96/... to an IQ4E/96/XNC/... controller.
Upgrade to add IQ interfacing - Note: XNC variants cannot be licenced for IQ interfacing.
ACCESSORIES
IQ4/IO/..
CABLE-IQ4INTRS232
XCITE/IO/..
12
Range of IQ4/IO modules - see IQ4/IO Modules Data Sheet (TA201341)
RJ11 to 9 way male D type cable for connecting the IQ4E/..’s RS232 connector to RS232
to RS485 convertor (for MODBUS) or a RS232 to M-Bus convertor.
Range of XCITE/IO modules - see XCITE/IO Modules Data Sheet (TA201352)
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30
Data Sheet
IQ4E/..
SPECIFICATIONS
ELECTRICAL
Power Input
/230
/24VAC
:230 Vac ±10% 50/60 Hz, 70 VA max.
:24 Vac ±10% 50/60 Hz, 44 VA max or
:48 Vdc ±15% 0.67A, 32 W
Fusing
:No replaceable fuses required.
Power Failure Protection
Strategy & data
:non-volatile flash memory.
Real time clock
:supercap, maintained for up to 8 days
(typical).
Clock Accuracy
:10 s per month (typical).
Cycle Time
:Sequence table 1s.
Ethernet Network
Transmission
Connection
Cable Type
Distance (to hub)
Virtual CNCs
Addresses
:10/100 BASE-T (IEEE 802.3).
:RJ45, auto MDI-X.
:Cat 5e, UTP (unshielded twisted pair).
:100 m (109 yds) maximum.
:3.
:Not set by default – set to desired value
in range 1 to 119 (excluding 2, 3, & 10)
Current Loop (/LAN variants only)
Transmission
:20 mA, two wire current loop, optoisolated, polarity independent receiver,
balanced transmitter.
Baud Rate
:1k2, 4k8, 9k6, 19k2, or 38k4;
auto-detected (default) or settable in
software.
Device Address
:1 to 119, (2, 3 and 10 not permitted)
settable in software.
LAN Number
:1 to 119, (2, 3 and 10 not permitted)
settable in software.
Distance (node-node) :dependent on cable type and baud rate
(see table below):
Cable
Type
Trend
TP/2/2/22/
HF/200
Belden 8723
Trend
TP/1/1/22/
HF/200
Belden 8761
Belden 9182
Belden 9207
Shielded
twisted pair
2 pairs (4
conductors)
Shielded
twisted pair
1 pair (2
conductors)
Twinaxial (2
conductors)
Baud Rate
1k2 4k8 9k6
19k2
1000 m
(1090 yds)
38k4
350 m
700 m
(380
(765 yds)
yds)
Note: Adjacent devices may specify different maximum cable
lengths and baud rates. The shortest cable length (for chosen
baud rate) applies when connecting to the IQ4E current loop.
RS232 Local Supervisor Port
Transmission
:RS232, EIA/TIA/232E, V28 supports
Trend System comms.
Distance
:15 m (16 yards) maximum.
Supply
24 Vdc ±5%; 60 mA maximum.
Baud Rate
:9k6.
Address (sCNC1)
:1 to 119, (2, 3 and 10 not permitted)
settable in software.
Wallbus
Cable Type
Distance
Supply Current
Number of Devices
:Unscreened twisted pair.
:60 m (200 ft) maximum.
:50 mA maximum*.
:up to 14 (subject to power loading)
USB Local Engineering Port
Transmission
:USB 2.0.
Data Rate
:480 Mbits/s (Hi-Speed).
Distance
:5 m (5 yards) maximum.
Address (sCNC2)
:1 to 119, (2, 3 and 10 not permitted)
settable in software.
MODBUS (RS485) via RS485 port or RS232 Local Supervisor
port
Convertor
:RS232 port requires externally
powered RS232 to RS485 convertor.
Cable Type
:Unscreened twisted pair.
Distance
:60 m (200 ft) maximum.
Number of Devices
:up to 32 ‘unit’ loads.
MODBUS (IP)
Cable Type
Distance (to hub)
Number of Devices
:Cat 5e, UTP (unshielded twisted pair).
:100 m (109 yds) maximum.
:up to 32 ‘unit’ loads.
M-bus RS485 via RS485 port or RS232 via Local Supervisor
port
Convertor
RS485
:RS485 to M-bus converter
RS232
:RS232 to M-bus converter e.g. PW3,
PW20 or PW60
Cable Type
RS485
:Unscreened twisted pair for connection
to RS485 to M-bus converter and
M-bus.
RS232
:CABLE-IQ4INTRS232 for connection
to RS232 to M-bus converter and
unscreened twisted pair for M-bus.
Distance
:Dependant on M-Bus converter used.
Number of Devices
:Max 250, dependant on M-Bus
converter used.
I/O Bus
Maximum Total Length :300 m (328 yds), using IQ4/IO modules
only;
30 m (33 yds), using IQ4/IO and/or
XCITE/IO modules.
Maximum Modules
:30 (IQ4/IO modules only);
15 (IQ4/IO and/or XCITE/IO modules).
Maximum Channels
:192 (including 16 onboard).
Bus Supply
24 Vdc ±5%; 800 mA maximum*.
Cable Type
:Belden 3084A (up to 100 m);
Belden 7895A (up to 300 m).
For further details see:
IQ4/IO Modules Data Sheet (TA201341);
XCITE/IO Modules Data Sheet (TA201352).
Inputs/Outputs
Universal Inputs
Number of Channels
Function
:10.
:Measuring voltage, current, thermistor
or digital input (function set by strategy).
Input Noise Rejection :Minimum 60 dB series mode rejection
at input power supply frequency.
Input Resolution
:12 bit (4096 steps).
Voltage Input
Input range
:0 to 10 V.
Input resistance
:9.4 kΩ.
Accuracy
:±0.5% of span (50 mV).
Current Input
Input range
:0 to 20 mA.
Input resistance
:120 Ω.
Accuracy
:±0.5% of span (100 μA).
Thermistor Input
Temperature (NTC 10 kΩ @ 25°C (77°F))
Input range
:-40°C to 110°C (-40°F to 230°F)
Accuracy
:±0.3°C (-20°C to 90°C (-4°F to 194°F));
±0.4°C (<-20°C (-4°F) or >90°C (194°F))
Resistance
Input range
:0 to 200 kΩ
Accuracy
:1% of measured value or 10 Ω,
whichever is the greater
Bridge resistor
:12.2 kΩ.
Bridge supply
:3.3 V.
Digital Input
Input voltage
:0 to 5 Vdc typical (50 Vdc maximum).
ON state
:<2.5 V @ 270 µA (sink).
OFF state
:>3.5 V (or open circuit).
Count rate
:30 Hz max. (pulse width ≥16.6 ms).
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.3015
IQ4E/..
Analogue Outputs
Number of Channels
Function
Voltage Range
Current (maximum*)
Accuracy
Resolution
Data Sheet
:6.
:Variable control from strategy of valve/
damper actuators, voltage to current/
pressure converters, relay modules,
lighting dimmers, etc.
:0 to 10 Vdc.
:up to 20 mA (source) or 3 mA (sink).
:±0.5% of span.
:11 bit (2048 steps).
Auxiliary Supply Output
Voltage
:24 Vdc ±5%.
Current (maximum*)
:120 mA shared between terminals 70
and 71, plus 120 mA from terminal 72.
*Available current may be affected by demands on other
outputs - see ‘Combined Supply’ on page 5.
INDICATORS
Power ( )
Watchdog ( )
LAN OK ( )
I/O Bus ( )
Service Button ( )
RX (current loop)
TX (current loop)
OK (Ethernet)
RX (Ethernet)
IN1 to IN10
OUT11 to OUT16
:Green LED
:Red LED
:Green LED
:Green/Red LED
:Yellow LED
:Yellow LED
:Yellow LED
:Green LED
:Yellow LED
:Yellow LED
:Yellow LED
Connectors
Power
Connector type
:2 part connector with rising cage clamp
screw terminals.
Cable size
:0.14 to 2.5 mm2 (22 to 12 AWG).
For UL compliance the input power
connections must be made using 18
AWG or larger wire rated at least 90°C
(194 °F). For UL compliance use copper
cable only.
Inputs/Outputs, Current Loop, RS485, Wallbus & AUX (power
out).
Connector type:
:2 part connector (0.2” pitch) with rising
cage clamp screw terminals.
Cable size
:0.14 to 2.5 mm2 (22 to 12 AWG)
I/O Bus
:PCB edge connector for use with IQ4/
IC/LINK rigid interconnector, IQ4/IC/
ADPT cable adapter, or IQ4/IC/TERM
terminator. For UL compliance use
copper cable only.
RS232 Supervisor Port :RJ11 (FCC68).
Ethernet Port
:RJ45 connector.
USB Engineering Port :Micro B connector.
USB Expansion Port :USB Type A (for future use)
ENVIRONMENTAL
EMC
Immunity
MECHANICAL
Dimensions (WxHxD) :192.5 mm (7.55”) x 116 mm (4.57”)
x 58.5 mm (2.3”).
Material
Main body
:Flame Retardant Polycarbonate (white)
Terminal covers
:Flame
Retardant
Polycarbonate
(translucent orange).
Weight
/24VAC
:0.51 kg (1.14 lb)
/230
:0.52 kg (1.15 lb)
Mounting
:TS35 DIN Rail (EN500022).
Emissions
Safety
/230
/24VAC
CB certificates
IQ4E/LAN/230
IQ4E/230
USA/Canada
Canada
Ambient limits
Storage
Operating
:EN61326-1:2013.
:Table 2 - for equipment intended for
use in industrial locations.
:Class B.
EN61010-1:2010.
UL 60730-1 4th Edition.
:NO90303
:NO90304/A1/M2
:IQ4E/.. /24VAC controllers are UL rated
as ‘UL60730-1 Automatic Electrical
Controls for Household and Similar
Use’, and UL916 listed open energy
management equipment.
:CAN/CSA-E60730-1:13
Automatic
Electrical Controls for Household and
Similar Use’.
:-25°C (-13°F) to +60°C (+140°F).
:-25°C (-13°F) to +55°C (+131°F).
Note: For temperatures below 0°C (32°F) special care must
be taken that there is no condensation on or within the unit.
Humidity
Altitude
Pollution Degree
Protection
:0 to 90%RH non-condensing.
:<4000 m (13124’).
:2 (Only non-conducting pollution
occurs).
:IP20 if mounted in an enclosure rated
at IP20 or equivalent.
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© 2020 Honeywell Products and Solutions SARL, Connected Building Division. All rights reserved. Manufactured for and on behalf of the Connected
Building Division of Honeywell Products and Solutions SARL, Z.A. La Pièce, 16, 1180 Rolle, Switzerland by its Authorized Representative, Trend Control
Systems Limited.
Trend Control Systems Limited reserves the right to revise this publication from time to time and make changes to the content hereof without obligation
to notify any person of such revisions or changes.
Trend Control Systems Limited
St. Mark’s Court, North Street, Horsham, West Sussex, RH12 1BW, UK. Tel: +44 (0)1403 211888, www.trendcontrols.com
16
IQ4E/.. Controller Data Sheet TA201340 Issue 16, 18-Nov-2020. Applies to v4.30