2 Pipe System 0-10V Modulating Modbus Thermostat for HVAC Systems

HTW-WF01-FC-MN thermostat is used indoors with 2-pipe fan coil systems. It senses room temperature, controls the fan and 0–10V modulating valve, and communicates via Modbus, maintaining precise heating and cooling operation.

Parameter Details
Manufacturer Swan Controls
Model HTW-WF01-FC-MN
Fan Type 3-speed fan
Valve Type 0–10V modulating valve
System Integration Modbus (BMS compatible)
Power Supply 95-240VAC, 50/60Hz
Customisation OEM supported; ODM by discussion

Quick Summary

The HTW-WF01-FC-MN is designed for indoor fan coil unit systems in residential and commercial buildings. It supports a 2-pipe system with heating and cooling control. The thermostat controls fan operation and a 0–10V modulating valve. It provides smooth output for stable room temperature.

This Modbus Thermostat is suitable for projects that need precise control and system connection. This Modbus Thermostat supports Modbus communication for BMS integration. It helps improve control accuracy and system coordination. The content below shows key functions, system logic, and main parameters clearly.

HTW-WF01-FC-MN Modbus Thermostat for 2 pipe fan coil unit with 0-10V modulating control


Key Features

These functions support stable operation and precise HVAC control.

(01) White and black colour options
Two colour options are available. This helps match different room styles. This Modbus Thermostat fits modern and simple interiors.

(02) 2-pipe heating and cooling system
The thermostat supports a 2-pipe system. It controls heating and cooling in one loop. This Modbus Thermostat fits standard FCU layouts.

(03) 0–10V modulating valve control
The thermostat controls a 0–10V valve. It adjusts output smoothly instead of on/off. This Modbus Thermostat improves temperature stability.

(04) Programming function
The weekly schedule allows automatic control. It helps reduce energy use during idle time. This Modbus Thermostat improves efficiency.

(05) Modbus communication
Modbus allows connection to building systems. It supports central monitoring and control. This Modbus Thermostat is suitable for BMS projects.

HTW-WF01-FC-MN Modbus Thermostat for 2 pipe fan coil unit with 0-10V modulating control


Product Design and Display

The design is simple and practical. It fits indoor wall installation. The interface is easy to read. Buttons are clear and responsive. This Modbus Thermostat is easy for daily use.

HTW-WF01-FC-MN Modbus Thermostat for 2 pipe fan coil unit with 0-10V modulating control


Technical Specifications

Key parameters are listed below for installation and system matching.

Parameter Value
Power Supply 95–240VAC, 50/60Hz
Power Consumption 5A
Set Range 5–35°C
Accuracy ±0.5°C or ±1°F
Installation EU or Standard Electric Box
Protection Level IP20
Shell Material PC+ABS (Fireproof)
Warranty 2 Years

Wiring Diagram

The wiring includes fan control and 0–10V valve output. It supports smooth modulation. Modbus wiring is also included. This Modbus Thermostat is easy to install.

HTW-WF01-FC-MN Modbus Thermostat for 2 pipe fan coil unit with 0-10V modulating control


Model Code Guide

This section explains what each part of the model code means for system configuration.

Fan coil series xx stands for
2 2-pipe fan coil system
4 4-pipe fan coil system
W WiFi
EC EC fan 0-10V
B BACnet
N Modbus communication
K Keycard
E External sensor
M 0-10V modulating valve
Example WF01-FC-XX If XX=KB, it means 2/4-pipe FCU thermostat with BACnet function, external sensor (If you need this, click here)

Project Fit & Customization

This model is suitable for residential and commercial HVAC projects. It supports room control with modulating output. This Modbus Thermostat is ideal for systems that need precise adjustment.

Some functions can be adjusted. Communication and control logic can be modified. Interface settings can also be discussed. This Modbus Thermostat supports flexible project needs.

OEM support is available. Logo, colour, and packaging can be customised. This Modbus Thermostat can match different markets.


Certifications and Compliance

The thermostat meets common HVAC standards. It supports safe and stable operation. This Modbus Thermostat is suitable for long-term use.

thermostat certifications from Swan Controls
Certifications for Swan Controls thermostats

Exhibition Moments

The product is shown in HVAC exhibitions. This helps improve design and application. This Modbus Thermostat is used in many projects.

thermostat certifications from Swan Controls
Swan Controls presenting thermostats at an international HVAC exhibition

Frequently Asked Questions

Q1: Does this thermostat support Modbus communication?

Yes, it supports Modbus. This Modbus Thermostat can connect to building systems.

Q2: What type of valve control is supported?

It supports 0–10V control. This Modbus Thermostat provides smooth adjustment.

Q3: Can it work with a 2-pipe system?

Yes, it is designed for 2-pipe systems. This Modbus Thermostat fits standard setups.

Q4: Does it support programming?

Yes, it supports weekly scheduling. This Modbus Thermostat helps manage temperature.

Q5: What is the MOQ and can I get samples?

MOQ is 300 units. Samples are available. Smaller orders can be discussed.

Q6: How to place an order and arrange shipping?

Contact us for PI. Payment supports TT and PayPal. Shipping supports EXW, FOB, and DAP.

Q7: How long does production take?

Samples take about 7 days. Custom orders take 3–5 weeks. Bulk orders need about one month.

Q8: What shipping methods are available?

Express takes about 7 days. Air is similar. Sea shipping takes about one month.


Need Support?

If you are selecting a model or planning a project, please contact us. We can help match the right thermostat.


Related Thermostat Models

Please click directly:

Fan Coil Thermostat

Smart Wifi Thermostat 

Modbus Thermostat 


Final Note:
HVAC systems that use modulating control need stable and accurate output. This Modbus Thermostat supports smooth control and system integration. It helps improve comfort and supports efficient energy use.