Triton T80si Pumped electric shower - 8.5kW (SP8P08SI)
- Triton SP8P08SI
- 14 spare parts
We're sorry but this product has now been discontinued by Triton and can no longer be purchased.
A suitable replacement is: Triton T80SR Pumped Electric Shower - 8.5kW - White/Chrome.
Need any help or advice? Contact us here.
Not what you're looking for? See all Triton electric showers.
-
Product Description:
Triton T80si Pumped electric shower - 8.5kW.
Styled on the best selling T80si, the T80si Pumped is a tank fed integral pumped electric shower designed for installations where the pressure of the mains water supply is too low, unreliable or non-existent.
- Pumped electric shower for low or negligible water pressures
- Push button start/stop for 'set and forget' showering
- Separate power and temperature controls
- Integrated pump
- Rub clean shower head - five spray patterns
- Minimum head pressure: 75mm, Maximum head pressure: 10m
This product has now been replaced by the: Triton T80SR Pumped Electric Shower - 8.5kW - White/Chrome.
Not what you're looking for? See all Triton Electric Showers.
For advice on this or any product, please call 01452 619836, email us at support@showerspares.com, or see our contact page.
Product Specifications:
- Brand Triton
- Name Triton T80si Pumped electric shower - 8.5kW (SP8P08SI)
- SKU / MPN Triton SP8P08SI
- Categories Triton Electric Showers
Electric Showers - Colour White
- Power Entry Left
- Power Rating 8.5kW
- Water Entry Left
- PDF Guide Download (1.34 MB)
- Spare Parts 14 available spare parts
-
Do you have a question about the Triton T80si Pumped electric shower - 8.5kW (SP8P08SI)?
Click the button below to send a question to one of our expert members of staff and we will email you back a direct response. If we feel the information might be useful to other customers, we will also show your question below for others to see.
-
T80SI SHOWER EITHER EXTREMELY HOT OR COLD
Hello, the first things to check are the shower head and the hose, if either are partially blocked it will slow the flow down and cause an increase in outlet temperature.
-