Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
nVent HOFFMAN BPT38 is a 3/8-inch 240 V AC Vortex cooler thermostat kit with an adjustable thermostat and brass solenoid valve for demand-based compressed-air control on compatible BP/HT 4 × 30 and 4 × 40 enclosure coolers.
£487.50
The nVent HOFFMAN BPT38 is a purpose-designed 3/8" Vortex cooler thermostat kit that automatically controls the supply of compressed air according to the temperature inside an electrical enclosure. Designed for compatible nVent HOFFMAN BP and HT Vortex coolers, it combines an adjustable thermostat with a brass solenoid valve to provide demand-based cooling instead of allowing compressed air to flow continuously.
When enclosure cooling is required, the thermostat controls the solenoid valve to permit compressed air to reach the Vortex cooler. When cooling is no longer necessary, the air supply is restricted. This thermostatically controlled operation helps reduce unnecessary compressed-air consumption and associated operating costs, particularly in installations where enclosure heat loads fluctuate.
The BPT38 operates from a 240 V AC, 50 Hz supply and its thermostat is factory set to 35 °C while remaining adjustable for different cooling requirements. Designed for BP/HT 4 × 30 and 4 × 40 Vortex coolers, the thermostat mounts through a 22 mm diameter hole in the enclosure wall or can be installed on the supplied internal mounting bracket.
Vortex coolers use compressed air to provide effective cooling for electrical and electronic enclosures. Because producing compressed air represents an ongoing operating cost, continuously supplying air when cooling is not required can reduce system efficiency. The nVent HOFFMAN BPT38 addresses this by controlling the compressed-air supply according to the enclosure temperature.
The adjustable thermostat works with the brass solenoid valve so that compressed air is supplied to the Vortex cooler when cooling is required. This makes the BPT38 particularly suitable for industrial installations with varying thermal loads, providing a straightforward method of improving compressed-air efficiency while maintaining effective enclosure temperature control.
Tick the specs you need, then view products that match.
| Accessory Type | Climate Accessories | |
|---|---|---|
| Country of Manufacture | United States | |
| Manufacturer | nVent HOFFMAN | |
| Series | BPT | |
| Model | BPT38 | |
| Product type | Vortex cooler thermostat kit | |
| Connection size | 3/8" | |
| Compatible cooler range | BP / HT | |
| Compatible cooler sizes | BP/HT 4 × 30 and 4 × 40 | |
| Operating voltage | 240 V AC | |
| Frequency | 50 Hz | |
| Factory thermostat setting | 35 °C | |
| Temperature adjustment | Adjustable | |
| Thermostat mounting hole | 22 mm diameter | |
| Solenoid valve material | Brass | |
| Finish | Mill | |
| Mounting | Through enclosure wall or internal mounting bracket | |
| Mounting method | Screw mounting | |
| Delivery | Thermostat with mounting bracket and solenoid valve | |
| EAN | 8713574191570 |
The BPT38 is a Vortex cooler thermostat kit that automatically controls the compressed-air supply to compatible BP and HT Vortex coolers according to the cooling requirements of an electrical enclosure.
The BPT38 is designed for BP/HT 4 × 30 and 4 × 40 Vortex coolers.
The thermostat is factory set to 35 °C and can be adjusted to another temperature to suit the enclosure cooling requirements.
The standard BPT38 thermostat kit operates from a 240 V AC, 50 Hz supply, with other voltage versions available from the manufacturer on request.
The thermostat controls the brass solenoid valve so that compressed air is supplied to the Vortex cooler only when cooling is required, helping reduce unnecessary air consumption and associated operating costs.
nVent HOFFMAN BPT thermostat kits provide demand-based temperature control for compatible Vortex coolers, helping industrial users maintain suitable enclosure temperatures while reducing unnecessary compressed-air consumption and associated operating costs.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.