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TE-6800 Series Temperature Sensors Installation Instructions

5

Modular Jack Wiring (TE-68xP Models)

The modular jack connection is shown in Figure 1. 
Make modular jack electrical connections to the 8-pin 
RJ45 connector, using 8 conductor standard or 
plenum-rated telephone cables. Terminals are 
identified in Table 2. Insert the modular jack connector 
with the proper polarity (not reversed). Misalignment 
can cause damage. Refer to the controller 
documentation to determine the appropriate cable 
assembly.        

Setup and Adjustments

Controller Configuration Switch

A DIP switch configures the TE-6800 for use with the 
desired controller by enabling or disabling the manual 
override PB and the LED, in appropriate models.

To change the controller mode, use the three position 
DIP switch located on the Printed Circuit Board (PCB). 
See Figure 5 and consult

 

Table 3 to determine 

controller compatibility. 

Warmer/Cooler Setpoint and No Setpoint Models

For the Warmer/Cooler Setpoint and No Setpoint 
models, the factory default is the 

LED Mode:ON

 

described as follows. The switch positions enable/
disable the following functions:     

IMPORTANT:

Do not insert a 6-pin connector or 

anything other than an RJ-45 8-pin connector into 
the 8-pin jack on the back of the TE-6800 
Temperature Sensor to prevent damaging the 
modular jack.

Table 2:  Modular Jack Pin Designations

Modular 
Jack Pin 
Number

Signal Designation

1

LED and Manual Override

2

Setpoint

3

Temperature Sensor and Manual Override

4

Temperature Sensor Common

5

24 VAC (+15 VDC - VMA only)

1

1.

The +15 VDC power supply is used only when a 
TE-6800 Series sensor is connected to a VMA 
controller.

6

Common (for Power, Zone Bus, or Manual 
Override)

7

Setpoint Common

8

Zone Bus

Risk of Property Damage.

Do not use switch settings other than those shown in 
Figure 5. Using other switch settings may cause 
incorrect controller operation or damage to the 
element, controller, [and/or] controlled equipment.

Risque de dégâts matériels.

Ne pas utiliser un paramétrage des commutateurs 
différent de celui-ci illustré à la Figure 5. L'utilisation 
d'autres paramètres de commutateurs risque de 
provoquer un fonctionnement incorrect du contrôleur 
ou d'endommager l'élément, le contrôleur [et/ou] 
l'équipement contrôlé.

LED Mode: OFF

(LED Disabled, but Sensor 
and PB Enabled)

Switch positions are 
down, up, and down. The 
LED remains off at all 
times.

LED Mode: ON

(LED, Sensor, and PB 
Enabled)

Switch positions are 
factory set up, down, and 
up. The controller 
determines the LED 
mode.

LED Mode: NO PB

(LED and PB Disabled, but 
Sensor Enabled)

Switch positions are all 
down. LED is off, and the 
PB does not function.

Summary of Contents for TE-6800 Series

Page 1: ... Temperature Sensor on a wallbox requires accessory NS WALLPLATE 0 ordered separately IMPORTANT The TE 6800 Series Temperature Sensor is intended to provide an input to equipment under normal operating conditions Where failure or malfunction of the sensor could lead to personal injury or property damage to the controlled equipment or other property additional precautions must be designed into the ...

Page 2: ...e Note Confirm that the mounting base is positioned with the proper edge up The mounting base is positioned properly when the security screw is located on the top edge of the base 5 Secure the mounting base to the wall using the appropriate mounting hardware field furnished 6 Set DIP switches for the desired operation See Setup and Adjustments and Internal Wiring Diagrams for additional informatio...

Page 3: ...Figure 5 for an explanation of the Light Emitting Diode LED and Push Button PB modes Make connections pairing the following wires sensor Terminal 1 and Terminal 2 setpoint Terminal 3 and Terminal 4 Zone Bus and Common COM Terminals 6 and 7 Shielding is not required If used follow the system controller s recommendations for grounding the shield Note The Manual Override PB does not respond when the ...

Page 4: ...rnal wiring diagram with DIP switches set as shown on the right LED Mode OFF and Manual Override push button enabled ON term_bloc2 Not Connected Modular Jack Pin Numbers Figure 4 Terminal Block Location and Wiring Table 1 Terminal Block Wiring Part 1 of 2 Terminal Signal Designation 1 Temperature Sensor and Manual Override 2 Temperature Sensor Common 3 Setpoint Common and LED Common 4 Setpoint 5 2...

Page 5: ...tor into the 8 pin jack on the back of the TE 6800 Temperature Sensor to prevent damaging the modular jack Table 2 Modular Jack Pin Designations Modular Jack Pin Number Signal Designation 1 LED and Manual Override 2 Setpoint 3 Temperature Sensor and Manual Override 4 Temperature Sensor Common 5 24 VAC 15 VDC VMA only 1 1 The 15 VDC power supply is used only when a TE 6800 Series sensor is connecte...

Page 6: ...rary Occupancy mode vs Unoccupied mode at the controller Check the setpoint settings 4 Confirm DIP switch positions if the LED remains on or is dim the room sensor reading is outside of the normal range for the space being sensed Note Make sure the DIP switch setting is correct for the controller used with the TE 6800 5 Replace the TE 6800 if the troubleshooting suggestions fail to remedy the prob...

Page 7: ...jack connector Terminal Block Screw type terminals for 18 to 24 AWG wire Zone Bus Access 6 pin connector with front bottom access for a laptop with HVAC PRO software and CVTPRO converter Manual Override Integral momentary push button DIP switch selectable LED Light Green LED light indicates two modes of operation VMA1200 and VMA1400 Series controllers only Ambient Operating Conditions 32 to 131 F ...

Page 8: ... nominal and conform to acceptable industry standards For application at conditions beyond these specifications consult the local Johnson Controls office Johnson Controls Inc shall not be liable for damage resulting from misapplication or misuse of its products European Single Point of Contact NA SA Single Point of Contact APAC Single Point of Contact JOHNSON CONTROLS WESTENDHOF 3 45143 ESSEN GERM...

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