User manual APPLIED ENERGY CT100

[. . . ] I E) The guarantee period for the products used in commercial applications will be limited to 12 months. I F) For the service work to be undertaken free of charge, the work must be only undertaken by Applied Energy Products Limited, or our approved agents. The guarantee on any exchanged parts or product ends when the original guarantee period ends. Selectronic Premier Thermostatic Instantaneous Electronic Shower Handbook Temperature EXCLUSIONS This guarantee DOES NOT cover damage or defects arising from poor or incorrect installation, improper use or lack of maintenance, including build-up of limescale. It is the responsibility of the installer to check that the installation parameters meet the requirements of the product, and any relevant regulations. [. . . ] The unit will only count up and double bleep once per shower session. Diagram 14 Your shower has four modes of operation, Normal and three Temperature Lock postions 1, 2 and 3. (Please see Changing the Operating Mode Templock/Normal section on Page 9) The Temperature Lock feature ensures a preset maximum temperature is not exceeded. The shower is factory preset at Locked Position 1 (40°C maximum - temperature range 34 - 40°C). This can be changed on installation / commissioning for any of the other three options. Temperature Lock is achieved by limiting the adjustment of the temperature control buttons, so that the less able, elderly and children cannot accidentally adjust the shower so that it is too Hot. Button Function Start / Stop Warmer Cooler Location At The Bottom Of The Shower Towards Middle Of The Shower Directly Below The Warmer Button Shape / Texture Large, A Raised Pip In The Centre, Made From Soft Rubber Textured Front And A Central Recess With A Raised Plus Symbol In The Centre. Made From Hard Plastic Same Shape As Warmer However Smooth With A Central Recess With A Raised Minus Symbol. Made From Hard Plastic Audible Short Bleep 1 To Increase Temperature Press the warmer button once in the centre (Confirmed with a single bleep). See Diagram 14 Wait for a few seconds for the shower to increase the temperature to the new setting. Repeat this for your ideal setting waiting each time for the temperature to be achieved. There are eleven temperature options when the Operating Mode Templock is set to "Unlocked" which are as follows:- L-1-2-34-5-6-7-8-9-H. Diagram 15 Audible Short Bleep 1 To Decrease Temperature Temperature Selectronic Premier Temperature Lock Press the cooler button once in the centre (Confirmed with a single bleep) The number will change to the new setting i. e. The amount of hot water available at the selected temperature is limited by the total power of the heater. The water is turned on and off by the solenoid valve built into the Shower. 14 DIGITAL TEMPERATURE RANGE DISPLAY TEMPERATURE LOCK INDICATOR Temperature Lock Operation This mode is selected on installation to prevent the temperature being set too Hot or too Cold. However, the warmer and cooler adjustment is locked to the digit range (Shown in table on Page 9) and the temperature lock light will come on (See Diagram 20). Diagram 21 Temperature Selectronic Premier Temperature Lock Warmer Cooler Automatic Switch Off With temperature lock selected, the shower will automatically switch off after 30 minutes. Near the end of the 30 minutes the shower will START/STOP BUTTON Start/Stop TEMPERATURE CONTROL BUTTONS 15 5. A stabiliser is built into the flow valve to automatically compensate for small fluctuations in water pressure that frequently occur in households. There are three further controls to cater for exceptional reductions in water pressure to prevent the shower from getting too hot. a) If the flow of water is less than 1. 0 l/min the power to the elements is switched off, but the solenoid valve remains open allowing water to flow through the shower. b) If the outlet temperature sensor senses an excessive temperature the flow of water and the heating elements will automatically switch off. The electronics will signal over Temperature condition (see "over temperature shutdown" section). [. . . ] All water contains particles of lime-scale, which build up in the showerhead and unit reducing the performance. It is therefore important to clean the showerhead by simply rubbing the rubber nozzles or soaking in proprietary lime-scale remover and rinsing thoroughly before use. The frequency of this will vary from weekly to quarterly depending on the water hardness and experience. In some winter conditions, when the incoming mains water is particularly cold it may be necessary to select the inner or outer spray pattern only; this will ensure correct operation of the shower with a slightly lower water flow rate. [. . . ]