The Hepo HP-605 Aquarium Submersible Fish Tank Heater Thermostat, with a wattage range from 25w to 300w, is a great choice for your fish tank heating needs. The 25w version is perfect for smaller tanks, providing accurate and reliable temperature control. This submersible heater is easy to install and comes with a suction cup for secure placement. The thermostat ensures that the water temperature stays consistent, creating a comfortable and healthy environment for your fish. The durable construction of this heater makes it resistant to corrosion and wear, and it also features an automatic shut-off function to prevent overheating. Whether you have a fresh or saltwater aquarium, the Hepo HP-605 is a reliable and efficient option for keeping your fish safe and comfortable.
Price: £9.99
(as of Mar 03,2023 00:41:59 UTC – Details)
The Hepo HP-605 range of aquarium heaters are ideal for aquariums up to 300 litres in size.
These heaters can be used in both freshwater and marine aquariums like.
The Hepo heater range comes supplied with a 3 Pin Standard UK plug, and a 1.5 metre cable.
The heaters will automatically regulate the aquarium temperature, and can be set to heat between 16 and 32 degrees.
The 25w model is suitable for use in aquariums up to 25 litres in size.
The 50w model is suitable for use in aquariums up to 50 litres in size.
The 75w model is suitable for use in aquariums up to 75 litres in size.
The 100w model is suitable for use in aquariums up to 100 litres in size.
The 150w model is suitable for use in aquariums up to 150 litres in size.
The 200w model is suitable for use in aquariums up to 200 litres in size.
The 300w model is suitable for use in aquariums up to 300 litres in size.
These heaters can be used in both freshwater and marine aquariums like.
The Hepo heater range comes supplied with a 3 Pin Standard UK plug, and a 1.5 metre cable.
The heaters will automatically regulate the aquarium temperature, and can be set to heat between 16 and 32 degrees.
Please see the description below for the details of individual models.
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