Series 7000 Thermostatic Pressure Balancing Valve (Type T/P) senses outlet temperature and incoming hot and cold water pressures and compensates for fluctuation in incoming hot and cold water temperatures and/or pressures to stabilize outlet temperature.
Series 7000 Thermostatic Pressure Balancing Valve (Type T/P) senses outlet temperature and incoming hot and cold water pressures and compensates for fluctuation in incoming hot and cold water temperatures and/or pressures to stabilize outlet temperature. Lawler’s 7000 Thermostatic/Pressure Balanced Valve is designed as the safest, anti-scald and anti-chill concealed shower valve on the market. The design is such that no combination of incoming pressure and/or temperature fluctuations will cause the pre-set outlet temperature to change. Lawler's 7000 Thermostatic/Pressure Balanced Shower Valves are a natural choice for homes, motels, hotels, institutions, hospitals, clubs, and anywhere modern, safe comfort showering is required. Lawler Series 7000’s highly sensitive thermostatic element is ASSE 1016-2005 approved. An easy to grasp American Disabilities Act (ADA) compliant handle which allows for shower water temperature selections, from shut-off through all cold to 115° F. Lawler Manufacturing offers a complete line of bath and shower accessories including showerheads, tub spouts, hand showers, diverter valves, volume control valves, thermometers, vacuum breakers, and repair kits. A choice of attractive face plates conceal the valve body and stop & checks behind the wall.
Series 7000 Downloads:
Series 7000 Instruction Manual
Series 7000 Data Sheet - Unit Number 7000Series 7000 Data Sheet - Unit Number 7000 w/ AccessoriesSeries 7500 Shower Assembly Data Sheet - Unit Number 7500Series 7500 Data Sheet - Unit Number 7500Series 7800 Shower Assembly Data Sheet - Unit Number 7800Series 7800 Data Sheet - Unit Number 7800Series 7900 Shower Assembly Data Sheet - Unit Number 7900Series 7900 Data Sheet - Unit Number 7900
; "Series 7000 Thermostatic/Pressure Balanced Mixing Valve")
