Leonard TM-600-LF Shower Valve 58 GPM Cold Bypass Thermostatic Control
Leonard
Details
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CategoryMiscellaneous
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Dimension14.0in x 17.0in x 10.0in
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SerialEMV658683LF
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
The Leonard TM-600-LF Single Drench Shower Valve Model 7310 is a robust system designed for precise temperature regulation in industrial and laboratory environments. Featuring the innovative ECO-MIX DURA-trol thermostat, it effectively manages hot and cold water intake while compensating for fluctuations in supply temperature and pressure. With a locking temperature regulator set at 85°F and adjustable limit up to 90°F, safety and consistency are prioritized. In the event of cold water supply failure, the mixing valve shuts down, while a 20 GPM cold water bypass provides reliability during hot water supply failure. Suitable for various settings with its full 3/4" inlets and 1" outlet, the valve is encased in a rough bronze finish and backed by integral wall support and dial thermometer. Perfect for industrial applications that require stable hot water delivery, this valve meets Low Lead standards for safety.
Key Features
- ECO-MIX DURA-trol® thermostat
- Thermostatic Mixing Valve
- Cold water bypass 20 GPM
- Locking temperature regulator
- Adjustable high temperature limit
- Integral wall support
- Rough bronze finish
- Dial thermometer
Specifications
- Cold Water Bypass: 20 GPM
- Maximum Flow: 58 GPM
- Minimum Flow: 3 GPM
- Inlets: 3/4"
- Outlet: 1"
- Overall Depth: 9"
- Overall Width: 15"
- Recommended Hot Inlet Temperature: 140°F
- Adjustable High Temperature Limit Stop: 90ºF
- Low Lead Certified
Weight
Imperial: 21.6 Pounds
Metric: 9.8 Kilograms
Shipping Dimensions
Imperial: 16.8 lb x 20.4 lb x 12.0 lb
Metric: 42.67 cm x 51.82 cm x 30.48 cm
Harmonized Code
84818099
Harmonized Code Details
HS Code 84818099: Control Valves, NES (not elsewhere specified). Used for categorizing specialized industrial valves like the TM-600-LF, which do not fit conventional categories.
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