This Heavy-Duty, Pressure Electric Switch is a pressure-actuated, mechanical contact type switch used to open or close electrical circuits from pressure signals in pneumatic control systems. It has an electrical rating of 12 non-inductive amps at 120 to 277 Vac and an ambient temperature range of 32 to 140 degrees Fahrenheit.
This Heavy Duty Pressure Electric Switch is a pressure-actuated, mechanical contact type switch used to open or close electrical circuits from pressure signals in pneumatic control systems.
Electric Line Voltage Room Thermostat for heating only applications. The 120/240 Vac unit is single-pole, single-throw with concealed single setpoint adjustment and exposed bimetal thermometer, high and low limit stops, and 40 to 90 degrees Fahrenheit (5 to 30 degrees Celsius) temperature range.
Electric Line Voltage Room Thermostat for heating and cooling applications. The 120/240 Vac unit is single-pole, double-throw with exposed or concealed single setpoint adjustment and bimetal thermometer, high and low limit stops, 40 to 90 degrees Fahrenheit (5 to 30 degrees Celsius) temperature range, and Resistive Rating of 22 Amps at 120 Vac. Use blank faceplate 134-034 (included with unit) for concealed adjustment and thermometer.
Electric Line Voltage Room Thermostat for heating and cooling applications. The 120/240 Vac unit is single-pole, double-throw with exposed or concealed single setpoint adjustment and bimetal thermometer, high and low limit stops, 40 to 90 Degrees F temperature range, and Resistive Rating of 10 Amps at 120 Vac. Use blank faceplate 134-034 (included with unit) for concealed adjustment and thermometer.
Electric Line Voltage Room Thermostat for heating only applications. The 120/240 Vac unit is single-pole, single-throw with concealed single setpoint adjustment, exposed bimetal thermometer, high and low limit stops, 40 to 90 degrees Fahrenheit (5 to 30 degrees Celsius) temperature range and Auto/Off/Fan switch.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.7 Cv and Source B = 4.7 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.7 Cv and Source B = 4.0 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.7 Cv and Source B = 2.9 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.7 Cv and Source B = 1.9 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.0 Cv and Source B = 4.7 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.0 Cv and Source B = 4.0 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.0 Cv and Source B = 2.9 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 4.0 Cv and Source B = 1.9 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 2.9 Cv and Source B = 4.7 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 2.9 Cv and Source B = 4.0 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 2.9 Cv and Source B = 2.9 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 2.9 Cv and Source B = 1.9 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 1.9 Cv and Source B = 4.7 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 1.9 Cv and Source B = 4.0 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
This 1-inch 599 Series 6-way ball valve is used to control hot and chilled water and up to 50% Glycol solution in chilled/heated beams and other four pipe systems using a single valve and actuator. Source A = 1.9 Cv and Source B = 2.9 Cv, linear flow characteristic and chrome-plated brass ball and stainless steel stem and Cv washers. There is a handle for manual operation of the valve in the event of power failure.
