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2800 LAURA LANE • MIDDLETON, WI 53562 • (800) 288-9383 • FAX (608) 836-9044 • www.tcsbasys.com

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In general, the SEQ100 calculates electric meter con-

sumption and demand as follows:
 
Demand =  (CTValue*MtrConst*MtrMult)

 

      (PPRValue*PulseTimeDiff)

Consumption = (PulseCount*CTValue*MtrConst*MtrMult)

    PPRValue

 
 
The above diagram depicts how a single pulse and the 

pulse time difference are represented on a pulse wave-

form input into the SEQ100.

TCS  ZigBee  Wireless  Network      

The QWL 3.1 Rev 2 can be bundled with a QW1010 TCS 

ZigBee wireless gateway to manage the TCS ZigBee 

wireless network. Be sure to plug the USB cable into one 

of the QWL 3.1 Rev 2 USB ports and configure it for the 

TCS protocol before initiating the wireless controllers. 

The QW1010 will also need to be properly setup before 

the wireless network will communicate (Please refer to 

the QW1010 Product Manual).

LED  Display  and  Push  Buttons      

Fourteen LEDs on the QWL 3.1 Rev 2 series panel allow 

the user to view the current operating status of the QWL 

3.1 Rev 2 series panel.
DIGITAL OUTPUTS: Along the Left hand side there are 

Eight LEDs and Push button

• 

The LEDs will be lit when the corresponding relay 

output is occupied, or physically on no matter if the 

channel is selected to be NO or NC.

• 

The push buttons correspond to each of the channels 

for the timed override function. 

DATA:  Along the Right hand side towards the 

bottom, there are three LEDs

• 

The RX LED indicated that the SEQ100 and SLQ218 

are in Receive mode.

• 

The TX LED indicated that the SEQ100 and SLQ218 

are in transmit mode.

• 

The Wireless LED- NOT USED 

ALARM: This LED indicates that a local alarm is 

active 

POWER: This LED indicated that the QWL 3.1 Rev 2 

series panel has power applied

• 

The reset button in the lower right hand corner is 

used to “reboot” the entire QWL 3.1 Rev 2 series 

panel.  This is accomplished by pushing and holding 

the button for 5-7 seconds.  

Note:  During a reboot, the lights associated with 

the Lighting Module of this product could go out, it is 

recommended that you open the panel and place the 

Hand-Off-Auto switch for the corresponding channel in 

the Hand position to ensure that the lights that should be 

on remain on.
CPU: This LED indicates that the CPU or QD2040 portion 

of the panel is active and running.

Checkout & Troubleshooting     

QWL 3.1 Rev 2 series panel

•  Be sure to check and verify all wiring before 

powering up the QWL 3.1 Rev 2 series panel

•  The QWL 3.1 Rev 2 series panel is designed to 

contain 24 VAC devices and wiring ONLY. No line 

voltage (120 VAC or greater) is to be installed 

within this panel.

•  If you created metal shavings, ensure they are 

cleaned up and not in a position to allow for 

shorting before powering up.

Lighting Module - SLQ218

•  Verify all wiring before powering up the QWL 3.1 

Rev 2 series panel and the SLQ218.

•  Place the Hand-Off-Auto switches in the off 

position

•  Place the appropriate (Normally Open) NO or 

(Normally Closed) NC jumpers (both included) 

in position-RED wires = NO-ON=Closed and 

BLACK wires=NC-On=Open

Utility Meter Pulse Transducer Module - SEQ100

•  Verify all wiring prior to powering the QWL 3.1 

Rev 2 series panel and SEQ100.

•  Take note of the current readings for all meters.  

Since the SEQ100 is used for only monitoring, 

and is the reading appear to be correct, you are 

done.

•  If a value does not appears to be correct, verify 

on the programming page the value programmed 

in is correct.

•  If a value is shown as 0 (Zero) the SEQ100 is not 

receiving a pulse signal.

Site Communications Center - QD2040

•  Be sure to verify all wiring and programming 

information before hooking up to Network

•  If the CPU LED does not light up, verify that the 

power supply nodule (included with the QWL 3.1 

Rev 2 series panel) is plugged in to an outlet that 

has power.

 

Summary of Contents for QWL 3.1 2 Series

Page 1: ... Astronomical clock External time clock or occupancy sensor input for each channel Channel status LEDs Selectable normally open or normally closed relays Built in 2 Amp relays with hand off auto switches Contents Description 1 Features 1 Factory IP Network Address Configuration 1 Mounting 2 Wiring 2 RS 485 Controller Network Wiring Setup 3 Gateway Configuration Page 4 Commissioning Tools 5 Program...

Page 2: ...ev 2 Series Panel accepts two 0 to 5 VDC inputs 8 dry contact digital inputs and 4 pulse meter inputs POWERING THE QWL 3 1 REV 2 SERIES PANEL The QWL 3 1 Rev 2 Series Panel is powered from a 120VAC 60HZ to 12VDC power supply module includ ed The QWL 3 1 Rev 2 Series Panel is designed to contain 24 VAC devices and wiring ONLY No line voltage 120 VAC or greater is to be installed within this panel M...

Page 3: ...ev 2 Series Panel 4 NOTES 1 If using more than 64 control lers use additional QD1010 adapters 2 Each controller must use the same baud rate and be assigned a unique address B wires If the QWL 3 1 Rev 2 Series Panel will be at one end of the network hard wire a 120 Ω terminating resistor across the A and B terminals at the QWL 3 1 Rev 2 Series Panel See 1 below If the QWL 3 1 Rev 2 Series Panel wil...

Page 4: ...elect a Controller Network Polling Cycle time for the QWL 3 1 Rev 2 Series Panel This is the time interval that the unit will poll the entire network of controllers on all ports The default setting is 1 min ute Select whether to allow caching the host name via DNS Typically this is left unchecked Select how often the QWL 3 1 Rev 2 Series Panel connects to the central server Typically this is set t...

Page 5: ...ontrol the security of the gateway within the QWL 3 1 Rev 2 Series Panel and whether or not it can be accessed through the web interface Enabling Secure Mode disables all web interfaces including the configuration page and requires a specially configured USB flash drive or TCS Technical Support access to the QWL Panel if it is online with Ubiquity central server to unlock it Also the default login...

Page 6: ...eight independent channels each with its own schedule If the occupied or ON time for a particular day is from 8 00AM to 5 00PM In the schedule enter 8 00 to 17 00 Within the Ubiquity programming page the desired schedule is simply selected from the drop down menu for each channel If the desired schedule is not shown in the drop down new schedules can be created or existing schedules can be edited ...

Page 7: ...ing high limit Select whether you want the time clock output Digital Output Mode to be Normally Open or Normally Closed during on periods The Channel Power Threshold is basically a setpoint to which AI2 is compared to determine when to turn off the selected channel s The Channel Power Hysteresis is a buffer value which prevents the channel from cycling off on prematurely For example if the AI2 inp...

Page 8: ...d override and if so whether it will be a schedule or chan nel override HOLIDAY VANISHING Choose whether to enable the Holiday Vanishing Feature If checked the controller will make the number of days for a holiday 0 after the holiday is over This will keep the holiday from occurring in subsequent years if it is not reprogrammed DIGITAL INPUT DELAY FILTER Enable the Digital Input Delay if you want ...

Page 9: ...nality can be mimicked by using a Meter Multiplier value of 2 In the following picture both Type A and C are shown Three pulses are shown labelled 1 2 and 3 Notice how the Type A output closes and opens for each pulse where the Type C output simply changes state If you have a Type C device 3 terminals KYZ you will need to double the multiplier The SEQ100 only counts the contact closures for the K ...

Page 10: ...o reboot the entire QWL 3 1 Rev 2 series panel This is accomplished by pushing and holding the button for 5 7 seconds Note During a reboot the lights associated with the Lighting Module of this product could go out it is recommended that you open the panel and place the Hand Off Auto switch for the corresponding channel in the Hand position to ensure that the lights that should be on remain on CPU...

Page 11: ...pically a problem with wir ing Check wiring Make sure that communication wir ing runs are at least 5 away from fluorescent lights motors etc Make sure that all controllers on a net work have a unique address Make sure that the A and B wires are not switched or shorted Make sure that there is no stray voltage on the A and B wires B to A should measure between 0 5 VDC and 3 6 VDC B to A should measu...

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