Water Testing » Thermometers

The floating pool thermometer / pond thermometer is solar-powered and is ideal for monitoring the temperature of swimming pools, spa baths and ponds. This waterproof thermometer will sample the temperature once every second and indicate temperature over the range of 0 to 49.9°C with 0.1°C/°F resolution.

The pool thermometer's display hold feature enables the unit to be removed from the pool before reading the temperature. The instrument also features a max/min function and is °C/°F switchable.

Each pond or pool thermometer is supplied complete with an 80cm attachment cord that can be tied to the retaining hook. The instrument incorporates a rubberised, protective overmoulding that helps to prevent damage.

The Floating Thermometers display temperature over the range of -30 to +50°C with an accuracy of ±1°C.

The TN1 thermometer is a non-contact infrared thermometer, possible the smallest infrared thermometer on the market today, measuring only 18mm x 37mm x 68mm and weighing just 32 grams. Simply aim the thermometer at the target and press the measurement button to display surface temperature.

The TN1 indicates temperature over the range of -22°C to +110°C (-7°F to +230°F) with a resolution of 0.1°C (0.1°F).

The distance to target ratio is 1:1 therefore the thermometer should be positioned as close to the target as possible without the need to touch the surface being measured. The TN1 infrared thermometer incorporates maximum, minimum and lock (continuous) functions and is switchable between °C and °F.

The TN2 is a non-contact infrared thermometer, possibly the smallest infrared thermometer with laser alignment on the market today, measuring only 18 x 50 x 100mm and weighing just 62 grams.

Simply aim the thermometer at the target and press the read button to display the surface temperature. The TN2 indicates temperature over the range of -33°C to +220°C with a resolution of 0.1°C.

The TN2 thermometer incorporates an optical lens that measures temperature by sensing the amount of radiated energy at infrared frequencies. Using this data and the actual temperature of the infrared sensor (thermopile), the TN2 can calculate the temperature of the surface that emitted the energy.