H9630SKIT Shower Kit with Thermostatic Mixer
The H9630SKIT Shower Kit combines safety, hygiene, and accessibility in one intelligent system. Its SECURITHERM thermostatic sequential mixer opens and closes with cold water. An anti-scalding failsafe automatically shuts off if either hot or cold supply fails, while Securitouch thermal insulation prevents accidental burns. The scale-resistant cartridge maintains consistent performance, with temperature control ranging from cold up to a safely-limited 39°C. At 9 lpm flow rate and featuring a low-volume body design, it delivers efficient water use without compromise. Ideal for users with reduced mobility seeking reliable, hygienic shower control.
The DELABIE solution: thermostatic mixers without non-return valves
The problem of elevated cold water temperatures can be the result of cross flow between the DHW and the DCW at the point-of-use, due to faulty non-return valves. If this is the case, hot water can flow back into the cold water supply pipes, increasing the temperature and resulting in bacterial proliferation. However, it is almost impossible to regularly and systematically check the non-return valves on the mixers, unless you have a large budget and a lot of staff.
To overcome this difficulty, DELABIE has designed a thermostatic shower mixer without non-return valves, which prevents any cross flow between the DHW and DCW. It protects patients against the risk of scalding from DHW at 55°C if the cold water supply fails, and also reduces the risk of bacterial proliferation thanks to its mechanism with no non-return valves and its design.
Original: $473.87
-65%$473.87
$165.85More Images
H9630SKIT Shower Kit with Thermostatic Mixer
The H9630SKIT Shower Kit combines safety, hygiene, and accessibility in one intelligent system. Its SECURITHERM thermostatic sequential mixer opens and closes with cold water. An anti-scalding failsafe automatically shuts off if either hot or cold supply fails, while Securitouch thermal insulation prevents accidental burns. The scale-resistant cartridge maintains consistent performance, with temperature control ranging from cold up to a safely-limited 39°C. At 9 lpm flow rate and featuring a low-volume body design, it delivers efficient water use without compromise. Ideal for users with reduced mobility seeking reliable, hygienic shower control.
The DELABIE solution: thermostatic mixers without non-return valves
The problem of elevated cold water temperatures can be the result of cross flow between the DHW and the DCW at the point-of-use, due to faulty non-return valves. If this is the case, hot water can flow back into the cold water supply pipes, increasing the temperature and resulting in bacterial proliferation. However, it is almost impossible to regularly and systematically check the non-return valves on the mixers, unless you have a large budget and a lot of staff.
To overcome this difficulty, DELABIE has designed a thermostatic shower mixer without non-return valves, which prevents any cross flow between the DHW and DCW. It protects patients against the risk of scalding from DHW at 55°C if the cold water supply fails, and also reduces the risk of bacterial proliferation thanks to its mechanism with no non-return valves and its design.
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Description
The H9630SKIT Shower Kit combines safety, hygiene, and accessibility in one intelligent system. Its SECURITHERM thermostatic sequential mixer opens and closes with cold water. An anti-scalding failsafe automatically shuts off if either hot or cold supply fails, while Securitouch thermal insulation prevents accidental burns. The scale-resistant cartridge maintains consistent performance, with temperature control ranging from cold up to a safely-limited 39°C. At 9 lpm flow rate and featuring a low-volume body design, it delivers efficient water use without compromise. Ideal for users with reduced mobility seeking reliable, hygienic shower control.
The DELABIE solution: thermostatic mixers without non-return valves
The problem of elevated cold water temperatures can be the result of cross flow between the DHW and the DCW at the point-of-use, due to faulty non-return valves. If this is the case, hot water can flow back into the cold water supply pipes, increasing the temperature and resulting in bacterial proliferation. However, it is almost impossible to regularly and systematically check the non-return valves on the mixers, unless you have a large budget and a lot of staff.
To overcome this difficulty, DELABIE has designed a thermostatic shower mixer without non-return valves, which prevents any cross flow between the DHW and DCW. It protects patients against the risk of scalding from DHW at 55°C if the cold water supply fails, and also reduces the risk of bacterial proliferation thanks to its mechanism with no non-return valves and its design.
