Sanda BTZ-W200 Temperature and Humidity Controller User Manual

The BTZ-W200 series temperature and humidity controller can be used in power control equipment such as high and low voltage switchgear, box-type substations, and terminal boxes. It has high measurement accuracy and strong anti-interference ability. It works in conjunction with heating and dehumidification components to achieve environmental temperature and humidity control.


Brand
三达
Document type
User Manual
Language
Chinese
Pages
4
File format
PDF
File size
80 KB
Updated
27 September, 2023
MD5 checksum
023C066894D7167E94AF0C13360E1A99

About this manual

The BTZ-W200 temperature and humidity controller is designed for use in high‑voltage and low‑voltage switchgear, cabinet substations and other power equipment, offering high measurement accuracy and strong anti‑interference capability. It works with heating and de‑humidifying elements to maintain desired environmental conditions.

The manual details the controller’s functions, technical specifications, installation methods, sensor mounting, wiring diagrams and operating procedures, including temperature and dew‑point logic control and alarm handling. This manual is written in Chinese.

What's inside

  • Overview
  • Function Description
  • Technical Specifications
  • Installation and Use
  • Sensor Installation
  • Operation Method

Specifications

Power supplyAC220V±10%
Operating temperature range-20℃~70℃
Temperature control range5℃~15℃
Temperature control accuracy±2℃
Humidity control range10%RH~95%RH
Dew‑point (condensation) set point93%RH
Output contact ratingResistive AC220V, 3A (active)
Alarm contact ratingAC220V, 2A
Dimensions48mm×48mm×90mm
Mounting optionsPanel, base, rail

Frequently asked questions

What does the controller do when the measured temperature falls below 5 °C?

It automatically starts the heater to raise the temperature.

How does the controller respond when humidity exceeds the dew‑point set point of 93 %RH?

It automatically activates the heater to dehumidify and prevent condensation.

What is the maximum load current for the output contact?

The output contact can handle up to 3 A (active).

How should the sensor be installed in high‑voltage switchgear?

Install the sensor at the correct position while keeping a safe electrical distance from the high‑voltage live parts.

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