Rail-type TE10 digital thermostat adjustable temperature controller for heating and cooling temperature range -20℃ to 70℃ AC90V-260V

Models and Details for “TE10 Digital Thermostat”

Instructions for TE10 Digital Temperature Meter

1. Overview
1.1 Strong anti-interference ability, stable performance, simple circuit with high precision; The shell adopts a rail-type chassis, which is easy to install and has an elegant appearance.
1.2 It also has temperature deviation calibration and digital filtering functions.
1.3 Both cooling mode and heating mode are available.
1.4 Two relay outputs are provided, which can realize upper limit, lower limit and interval control outputs.
1.5 The set value will not be lost when power off.
2. Technical Performance
2.1 Power supply: Working voltage AC90 – 260V; Power consumption is less than 2W (refer to the label on the meter for power supply details).
2.2 Measurement accuracy: 0.5%FS±1; Measurement range -10 – 110℃, control range -19.9 – 99.9℃.
2.3 Display character height: 0.36-inch high-brightness red LED (other colors can be customized).
2.4 Operating environment: -20 – 70℃ (relative humidity below 80%).Sensor: -40~110℃.
2.5 Relay output: Contact capacity 10A/250V AC.
2.6 Includes: 1 controller,1 ordinary waterproof sensor (cable length 2 meters, sensor  probe 4mm*length 25mm)

Note: When measuring water temperature, the temperature sensor probe should be inserted into the waterproof blind tube for water isolation measurement, which can ensure long-term durability. Damage may occur when the wire and the probe are directly placed into the water for measurement.

If you need a thermostat with external thermal resistance pt100, Cu50 or thermocouple K, E, T, etc., please click contact us to purchase our TE102 type.

3. Parameter table

4. Parameter Setting Instructions

4.1 Press the “SET” button to enter parameter setting mode, and the meter will display the symbol of the first parameter.
4.2 Press the “SET” button to sequentially select other parameters in the same group.
4.3 Press the shift key “⇨” to display the original set value of the current parameter, with the blinking digit being the editable position.
4.4 Use the shift key “⇨” to move the editable position and the set key “∧” to increase the value, modifying the parameter to the desired value.
4.5 Press the “SET” button to save the modified parameter and automatically move to the next parameter.
4.6 Repeat steps 4.2 – 4.5 to set other parameters in the same group.
4.7 After completing the settings, when on the last parameter of the group, press the “SET” button to exit the parameter setting mode and return to the measurement mode.

5. Panel schematic diagram

6. Terminal Instruction:

Upper Terminal Area: Terminals ①② are labeled “AC/DC:90 – 260V” and “POWER”, indicating power input. Terminals ③④⑤ are “AL1 Output” with corresponding circuit connection diagrams.

Lower Terminal Area: Terminals ⑥⑦⑧ are “AL2 Output” with circuit connection diagrams. Terminals ⑨⑩ are “Sensor” connection terminals, with a resistor symbol representing the sensor.

Note on the right: “AL1 and AL2 outputs are relay passive outputs. Only the AL1 relay is available for single-channel output.”

7. Application Examples (Take AL1 relay as an example, AL2 applies similarly):

7.1 Heating Mode:
Requirement: Start heating when temperature is below 50°C and 终止 when above 80°C, using the normally open contacts of AL1 output ③ – ④.
Settings: TY1 = 1, AL1 = 50.0, HY1 = 30.0.
7.2 Cooling Mode:
Requirement: Start cooling when temperature is above 10°C and 终止 when below 2°C, using the normally open contacts of AL1 output ③ – ④.
Settings: TY1 = 0, AL1 = 10.0, HY1 = 8.0.
7.3 Over-limit Alarm Output:
Requirement: Activate the relay when temperature is above 80°C or below 50°C, using AL1 output ③ – ④ to drive an external alarm.
Settings: TY1 = 2, AL1 = 80.0, HY1 = 50.0.
7.4 Delayed Heating Mode:
Requirement: Start heating after a 60-second delay when temperature is below 90°C and stop when above 92°C, using the normally open contacts of AL1 output ③ – ④. (Settings not fully displayed here)

Note: When no delay is needed, set SEC to 000. The factory default is SEC=000