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Hyco ARA Thermostatic Instantaneous Inline Water Heater for Hand Basins 3kW

Excl. Tax: £120.00 Incl. Tax: £144.00

This instantaneous water heater is suitable for light hand washing at a single basin. Confirm that the flow rate and temperature performance is adequate for your application using the selection guide provided and the graphs shown in the photographs.

Power 3kW | Dimensions 130 x 185 x 90mm (H x W x D)

OR
SKU
IN30T
  • DESCRIPTION
  •  Hot water for light handwashing at a single basin only
     Bare wire heating system gives fast heat up time
     Heats the water instantly as it flows through the unit
     Energy efficient – no standing heat losses
     3.0 kW power rating
     Compact space saving design
     Compatible taps available separately
     Not suitable for use with thermostatic mixing valves or taps or to supply a mixer tap
     Supplied with a 1.6 l/min flow restrictor which must be fitted to the tap spout giving a temperature   uplift of 27°C

     This would give 42°C in summer, incoming water temp 15°C and 37°C in winter, incoming water   temp 10°C

     External electronic thermostatic control accurate to the nearest degree

     LED temperature display
     Energy saving – only uses the power required to deliver the chosen temperature
     Heating power adjusted electronically to compensate for temperature, flow rate and water pressure   variations
     Temperature factory set at 38°C and can be adjusted by the user between 35°C and 50°C. In   normal usage the maximum temperature is 37°C to 42°C.
     After power off/ on the unit will recall the last usage outlet temperature. When power is restored the   heater must be turned back on.

    Outer Casing
    Easy clean high impact ABS

    Heating Element
    Bare-wire heating system

    Controls 
    Temperature display (°C)

    Power on/ off touch screen

    Touch screen controls allow the user to set the required temperature

    Safety
    Overheat temperature protection;
    IN30T - 85°C

    Thermostatic model – water temperature controlled to maintain user selected temperature between 35°C and 50°C as water pressure conditions vary.

    IP Rating
    IP24 - IN30T

    Installation
    This appliance must be installed in a frost free environment.

    The heater should be located as close as is practicable to the hot water outlet to avoid unnecessary heat losses through the pipework.

    Plumbing
    Must be installed by a suitably qualified person.

    Minimum flow rate 1.2 l/min. 
    Minimum water pressure
    0.5 bar - IN30T 
    Maximum rated pressure
    8 bar - IN30T 
    Water resistivity must not be less than 1300 Ωcm @15°C

    Water Connection
    Inlet/Outlet 2 x 1/2" BSP male
    Fittings required (not supplied): 2 x 15mm compression to 1/2" BSP female adapter.

    Suitable for use with pre-heated water e.g. solar heating systems subject to maximum inlet water temperature 60°C.

    Electrical Connection
    Installation must comply with current IEE regulations.

    Single phase. Fuse rating guide 13 amps.

    The product should be connected to the fixed wiring of the property via a suitably rated isolating switch with contact separation of at least 3mm in all poles.

    Cable pre-wired 0.7m.

    Approvals
    CE

    Standard Warranty
    1 year parts or replacement warranty.

    Temperature Rise

    Temperature rise from ambient for an instantaneous water heater (TR)

    TR = kW rating x 14.3 / flow rate l/min

    Application

    Recommended temperature for hand washing 38°C.

    Ara Instantaneous water heaters are intended for use with spray head taps with removable M22/ M24 nozzles. A tap spray nozzle must be fitted in the tap to control the water flow rate and to provide best performance and energy and water efficiency.

    Selection Guide

    Take into account that the incoming water supply temperature will be lower in the winter than summer.

    The incoming water temperature can fluctuate dependent on time of year in the UK. Winter may result in incoming temperatures below 10°C, whereas summer water temperatures can be upwards of 15°C. It is imperative this is taken into account.

    For example the heater could deliver 42°C water in the summer (with an incoming water supply temperature of 15°C). The same product with the same flow rate would only be able to deliver 37°C in winter (due to a lower incoming water temperature of 10°C). The delivered temperature will be even lower if the incoming water supply temperature is less than 10°C.