Thermo Hygro STS-1211 Thermostat User Manual

June 5, 2024
Thermo Hygro

Thermo Hygro STS-1211 Thermostat

Package

  • Controller: 1PCS
  • Manual: IPCS

Specification

  • Dimension:148 56.5 45 mm (WH D)
  • Input Power: 220V AC + 10% 50/60HZ; (12/24/48/110V Option)
  • Power Cable Length: 100 cm
  • Maximum current:10A (Default) under 220VAC
  • Sensor:NTC, 25°C/10 K2, the sensor cable 180cm
  • Protection Class:IP65 to the front panel
  • Storage:-10°C~60°C, RH < 90%, without condensation
  • Measurable Range:40°C~+110°C
  • Controllable Range:40°C+110°C
  • Resolution:0.1°C
  • Accuracy:+TC from -40°C to +50°C; +2C in the other range
  • Power Consumption: 3W

Front Panel & Icon

Thermo-Hygro-
STS-1211-Thermostat-1Thermo-Hygro-
STS-1211-Thermostat-2

Configurations

How to change the working mode?

  1.  hold the H/C button for 3s, you will see the screen default shows “T”
  2.  then press the A or keys to change it to your target temperature value;
  3.  Leave this unit alone, it will autosave your setting in 3s.

How to set the aim temperature range?
The target temperature range was consist of two values, the SetPoint (abbr.: SP) and the
Hysteresis, this section is about SP, more details of Hysteresis ref 4.6

  • Cool mode: The SP is the lower limit to stop refrigerating
  • Heat mode: The SP is the upper limit to stop the heating.

It is very simple to change the set-point value:

  • Just press the A or | key to change SP, the step is 0.1°C; hold the key to fast forward.
  • It will back to normal status in the 3s if without operation.
  • SP was limited by the ED I and EG2;

The hysteresis is editable in the admin interface, please find it from the below content.

**Function Menu

Thermo-Hygro-
STS-1211-Thermostat-3**

How to Enter into the Admin Interface?
Hold the A and keys simultaneously (at the same time) for 4s to show the ad
interface, you will see ED.
How to Set the other Parameters?

  1. Assure you have entered into the admin interface
  2. Press the A orkeys to select the parameter you want to update;
  3. Press the H/Ckey to show the existing value; Press the A or keys to change the data;
  4. Press the H/Ckey to save the new data and back to the code menu list Repeat operation from Step 2/3/4 to adjust other parameters.
  5. Tip: It will back to normal status in 4 seconds if without operation.

When will the Load work/stops?Thermo-Hygro-
STS-1211-Thermostat-4

Once found sensor error, the unit will manipulate the load status as the below two steps:

  • Stop, the lasting time according to the Al2;
  • work, the lasting time according to the AO t

Timing Function

  • The FO 1 and the F02 was designed to define the working status of this controller (power strip), but not the load;
    • info-0, Then this controller ( not the load ) will always work, meanwhile the FD2 is invalid too, no matter FD2 equalsf or else value.
    • info>0, this unit will work in the FB1 set time, and relax in the F02 set time.
  • There is a memory unit to save the configured parameters, but will not record the status of the current program running, which means once the input power to this controller off, and then electric back, it will begin to work likes the 1t time power On.

Error & Alarm
once an alarm occurs, Press any key to stop the buZZer from Screaming; but the error code on the screen will not disappear until all the failures are resolved.Thermo-Hygro-STS-1211-Thermostat-5

Environmental Information
C The packing material is 100% recyclable. Just dispose of ofit through specialized recyclers. U7 The electro components can be recycled if it is disassembled for specialized p panies. Please do not burn or throw the controllers in domestic garbage, observe the respective law in your region concerning the environmentally responsible manner of disposing of its devices.

Safe & Caution

Please avoíd use this device in the below environments:

  • Relative humidity> 90%, have condensation;
  • The places that temperature<-10°C or >60°C;
  • The places that have inflammable and explosives;
  • Strong vibration or struck;
  • Exposed to the continuous water mist sprayings
  • Exposed to the dust;
  • Exposure to corrosive and pollution gas (for example the gas, smoke, or salt fog that contain sulfur or ammonia,
  • Wireless electromagnetic interference or strong magnetic fields (near i transmitting antenna or switch board room);

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