Heatmiser TA230 2 Wire Thermal Actuator
The Heatmiser TA230 2-Wire Thermal Actuator is a high-performance 230V actuator designed for precise control of underfloor heating and manifold valve systems. Compact, efficient, and reliable, it offers smooth operation and long-lasting performance in both residential and commercial UFH installations.
This normally closed (NC) actuator opens the valve when powered, ensuring accurate temperature regulation across each heating zone. Its M30 × 1.5 threaded ring nut provides universal compatibility with most underfloor heating manifolds, making it ideal for new installations or replacement applications.
Built to exacting Heatmiser standards, the TA230 combines low power consumption (only 2W) with fast response times — opening in approximately 120–180 seconds. The IP54-rated housing ensures durability in manifold cabinets and other protected indoor environments.
Key Features
230V AC operation – suitable for standard UK underfloor heating systems
Normally Closed (NC) – valve opens when power is applied
Low energy consumption – just 2 W for efficient performance
Standard M30 × 1.5 thread – fits most UFH manifolds
Opening time: approx. 120 – 180 seconds
Stroke: 3.5 mm ± 0.5 mm
Protection rating: IP54
Lightweight design: only 127 g
Compact and easy to install – perfect for tight manifold spaces
Applications
Underfloor heating manifold control
Zone valve actuation in multi-zone UFH systems
Suitable for both domestic and light commercial installations
Ideal for retrofit or replacement projects
| Parameter |
Specification |
| Power Supply |
230 V AC |
| Power Consumption |
2 W |
| Function |
Normally Closed (NC) |
| Connection |
M30 × 1.5 Thread |
| Stroke |
3.5 mm ± 0.5 mm |
| Opening Time |
Start ≈ 120 s |
| Protection Rating |
IP54 |
| Weight |
127 g |
Why Choose The UFH Group
At The UFH Group, we supply genuine Heatmiser components backed by expert product support and fast UK delivery. Our team specialises in underfloor heating systems, ensuring you get the right actuator for your manifold, every time.