introducing the t&s brass ec-hydrogen series...introducing the t&s brass ec-hydrogen series...

1
D 11 Includes (1) 1/2 NPSM Swivel Coupling 71” (1800 mm) Power Cord w/ Male Plug to Connect to Control Module 2-1/2” (64 mm) 1/2 NPSM Male Inlet and Outlet Threads 3-3/16” (81 mm) TM EC-HYDROGEN KIT Introducing the T&S Brass EC-Hydrogen Series Electronic Sensor Faucets with Hydro-Generator Imagine a faucet which generates and stores its own power through the flow of water, without needing AC or DC back-up! Our ChekPoint TM Electronic Sensor Faucets – the EC-3100, EC-3101, EC-3102, EC-3103 and EC-3106 series – can all be ordered or easily modified with a hydro-generator – an EC-HYDROGEN Kit. It is one of three power options for the T&S Brass ChekPoint TM product line. The kit includes a female-to-female ½ NPSM swivel adapter, a hydro-genera- tor with ½ NPSM inlet and outlet and attached power cord for connection to the existing sensor faucet control module. The use of the T&S ChekPoint TM EC-HYDROGEN and/or T&S ChekPoint TM Electronic Faucets may help qualify towards credits for LEED certification. Operation Imagine having a self-sustaining power source for your ChekPoint TM sensor faucets and no longer needing to rely on batteries or transformers. Hydroelectric power – energy harnessed from moving water – is a form of renewable energy. Using this principle, our hydro-generator produces energy to power our ChekPoint TM sensor faucets. Water enters the hydro-generator and passes by a turbine causing it to rotate. The hydro-generator uses part of this rotational energy to power the sensor faucets. The remaining energy generated is saved and stored in the hydro-generator for later use. Minimal use of the hydro- generator (5 seconds of usage three times a day at 1 GPM at 60 PSI) is sufficient to accommodate consumed energy and generate and store energy. However, the unit can store power for up to eight months with no cycling. The average estimated lifespan for EC-Hydrogen is ten years (estimate based on 1 million cycles in lab testing; individual results may differ). EC-3100 EC-3101 EC-3102 EC-3103 EC-3102-HG EC-3106

Upload: others

Post on 07-Nov-2020

3 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Introducing the T&S Brass EC-Hydrogen Series...Introducing the T&S Brass EC-Hydrogen Series Electronic Sensor Faucets with Hydro-Generator Imagine a faucet which generates and stores

D11

Includes (1) 1/2 NPSMSwivel Coupling

71” (1800 mm) Power Cordw/ Male Plug to Connectto Control Module

2-1/2”(64 mm)

1/2 NPSM Male Inlet and Outlet Threads

3-3/16”(81 mm)

TM

EC-HYDROGEN KIT

Introducing the T&S Brass

EC-Hydrogen Series Electronic Sensor Faucets with Hydro-GeneratorImagine a faucet which generates and stores its own power through the flow of water, without needing AC or DC back-up! Our ChekPointTM Electronic Sensor Faucets – the EC-3100, EC-3101, EC-3102, EC-3103 and EC-3106 series – can all be ordered or easily modified with a hydro-generator – an EC-HYDROGEN Kit. It is one of three power options for the T&S Brass ChekPointTM product line.

The kit includes a female-to-female ½ NPSM swivel adapter, a hydro-genera-tor with ½ NPSM inlet and outlet and attached power cord for connection to the existing sensor faucet control module. The use of the T&S ChekPointTM EC-HYDROGEN and/or T&S ChekPointTM Electronic Faucets may help qualify towards credits for LEED certification.

OperationImagine having a self-sustaining power source for your ChekPointTM sensor faucets and no longer needing to rely on batteries or transformers. Hydroelectric power – energy harnessed from moving water – is a form of renewable energy.

Using this principle, our hydro-generator produces energy to power our ChekPointTM sensor faucets. Water enters the hydro-generator and passes by a turbine causing it to rotate. The hydro-generator uses part of this rotational energy to power the sensor faucets. The remaining energy generated is saved and stored in the hydro-generator for later use. Minimal use of the hydro- generator (5 seconds of usage three times a day at 1 GPM at 60 PSI) is sufficient to accommodate consumed energy and generate and store energy. However, the unit can store power for up to eight months with no cycling.

The average estimated lifespan for EC-Hydrogen is ten years (estimate based on 1 million cycles in lab testing; individual results may differ).

EC-3100

EC-3101

EC-3102

EC-3103

EC-3102-HG

EC-3106