Digital Temperature Controller

SELECT & PURCHASE

Choose a configuration

Tax-inclusive reference prices in CNY. Negotiable; the quotation reflects the selected configuration, quantity and delivery requirements. All products carry a 3-year warranty.

Purchase guide & prices →

For a complete system, include the power supply, sensors, communication access and platform deployment in your enquiry.

Product Positioning

220V digital temperature controller with a maximum 600W output for heating lamps and electric heating loads.

Capability 01Maximum 600W heating output

Capability 02220V AC power supply

Capability 03Temperature probe detection

Capability 04AC voltage regulation for heating loads

Capability 05Suitable for insulation lamps and electric heating loads

Typical Applications

The page is written for engineering companies, system integrators, device manufacturers and B2B project procurement teams.

Selection Notes for B2B Projects

Measured VariableSelect sensor combinations by temperature, humidity, gas, pressure, rain and snow, lighting or heating control requirements.

Linkage ObjectConnect sensor values with fans, cooling pads, lighting, alarms, heating loads or platform notifications where the project requires it.

Installation ScenarioMatch the device form and communication method with barn, greenhouse, warehouse, outdoor or building field conditions.

Integration and Deployment

Measurement PositionChoose mounting points that represent the monitored barn, greenhouse, building or equipment environment.

Communication BusPlan addressing, RS485 wiring and gateway or controller access for every field sensor.

Threshold LogicTranslate measured variables into alarms or linkage rules for fans, cooling, heating, lighting or notifications.

Operations ViewOrganize current readings, trends and alarm records by site and monitored area.

Selection and system combinations

Select around temperature measurement and heating control for warming or thermostatic applications. Use environment sensors for broader monitoring, and a separate dimming and power-driver chain for multi-circuit power adjustment.

ZMSRCTH Multi-Function Environment Sensor

Choose a configuration by the actual environment variables, such as temperature, humidity, gas or differential pressure. Liquid level and rain/snow detection are different sensing tasks with dedicated products.

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ZMSR0004-1G RS485 0-10V Dimming Module

Choose the dimming chain by the lamp driver. This module supplies 0–10V control signals; a matched external power driver handles the AC load. Circuit switching and local operation use separate controllers and panels.

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Technical specifications and model data

Supply	AC220V
Output voltage	AC0–220V
Probe range	0–100°C
Measured-temperature display resolution	0.1°C
Setpoint increment	0.5°C
Output power	600W maximum

Product integration and applications

01

Local temperature sensing and heater regulation

The controller regulates compatible resistive heating loads around a temperature setpoint. Its probe measures the heated area and the controller adjusts AC output for heat lamps, incandescent or halogen lamps and resistance heaters. Place the probe so that it represents the managed zone rather than only the hot surface of a lamp.

02

Match local settings to the thermal process

Setpoint, temperature offset, adjustment period and output ratio shape the heating process. Tune them for the zone volume, lamp arrangement and ventilation, then review the observed temperature response. Display resolution and setpoint increments describe readout and adjustment granularity; they do not by themselves define the complete system’s control accuracy.

03

Combine local heating control with farm management

The thermostat primarily performs local heating control at one point. Separate environmental sensors and network controllers can add barn-level temperature, humidity, ammonia or ventilation visibility. Multi-zone projects can combine the appropriate 0–10V module, compatible power drivers and a platform. Keep measurement, local regulation and remote management roles distinct.

Selection questions

Does a 0.1°C display mean 0.1°C control accuracy?

No. Display resolution describes readout granularity. Probe placement, load, thermal inertia and settings also affect control behavior.

Is it a standalone network thermostat?

Its primary role is local temperature control. Use separate network acquisition and control devices for a wider remote management system.

Selection FAQ

How should this product be selected?Selection normally starts from the field object: control loop, input signal, sensor type, weighing point, meter circuit, communication method and platform requirement.

Can it connect to an IoT platform?Zhenming products can be combined with platform functions for remote control, status viewing, schedules, alarms, logs and data management.

Is private deployment supported?Private deployment and system integration can be planned according to project scale, network condition, interface scope and maintenance workflow.