The Sealey CH30110V is a robust and efficient ceramic heater designed for industrial and commercial environments requiring 110V power supply. With dual power settings of 1.2kW and 2.4kW, it offers flexibility to suit varying heating requirements. Its compact design and advanced features make it ideal for workshops, garages, and construction sites.
Constructed with a durable powder-coated metal housing, the CH30110V is built to withstand demanding environments. The heater features a soft-touch control panel with LED display for intuitive operation. Its sturdy legs provide a secure base, and a carry handle allows for safe movement while in use.
Specification | Details |
---|---|
Power Settings | 1.2kW / 2.4kW |
Power Supply | 110V - 32A |
Thermostat Range | 15 degreesC - 45 degreesC |
Dimensions (W x D x H) | 395 x 387 x 668 mm |
Net Weight | 8.1 kg |
The CH30110V delivers consistent and focused heat, making it suitable for both spot heating and drying applications. Users appreciate its quick warm-up time and the convenience of programmable settings, which contribute to energy efficiency. The inclusion of safety features like the tilt cut-out switch provides peace of mind during operation.
Q: Can the heater be used in small enclosed spaces?
A: The CH30110V is designed for well-ventilated areas. It should not be used in small enclosed spaces without proper ventilation.
Q: Is the heater suitable for outdoor use?
A: The CH30110V is intended for indoor use only and should not be exposed to outdoor elements.
Q: Does the heater require any special installation?
A: No special installation is required. The CH30110V comes with a 1.5m cable fitted with a 32A/110V plug and is ready for use upon delivery.
Q: What maintenance is required for the CH30110V?
A: Regularly check and clean the heater to ensure it is free from dust and debris. Always disconnect the heater from the power supply before performing any maintenance.
Q: Is the heater energy efficient?
A: Yes, the CH30110V's ceramic heating technology provides efficient heating by directly warming objects and people, reducing energy wastage.