High Temperature Damper Actuators

Description: The Assured Automation O Series pneumatic actuators offer a simple and cost effective solution for your valve automation needs. For use on quarter turn (90 degree) ball valves, plug valves, dampers, and resilient seated butterfly valves. Features & Benefits

• Actuation Method: Pneumatic
• Actuator Torque: 60 to 25600 In-lbs
• Air Supply Pressure: 20 to 120 psi
• Full Range Of Rotary Motion: Quarter Turn ( 90 degrees)

Description: The Bray Series 70 Electric Actuator provides a rugged, compact industrial actuator solution to a wide range of quarter turn applications including butterfly valves, ball valves, and dampers. Available in torque outputs from 600 to 18,000 lb. in. (68 to 2033 Nm), these

• AC Phase: Single Phase
• AC Voltage: 24 to 220 volts
• Actuation Method: Electric
• Actuator Torque: 600 to 18000 In-lbs

Description: Non-spring return damper actuators shall be the direct- coupled type that requires no connecting linkages. The non-spring return actuators shall have a self-centering damper shaft coupling that assures concentric alignment of the actuator’s output coupling with the

• AC Phase: Single Phase
• AC Voltage: 24 volts
• Actuation Method: Electric
• Actuator Torque: 310 In-lbs

Description: transformer. All actuators have field adjustable speed control as a standard feature. Actuators are designed for temperatures ranging from -40 °F to 150 °F (-40 °C to 65 °C). For temperatures below 32°F (0°C), outdoor applications, high humidity or wet locations

• AC Phase: Single Phase
• AC Voltage: 120 volts
• Actuation Method: Electric
• Actuator Torque: 1000 In-lbs

Description: even under extreme temperature and vibration. Can be specified with a standard IP65 sealing rating or upgrade to a full IP67 version. Cable exit can be either forward or reverse. Typical application include: Damper Position - Throttle - Pedal - Aero Surface - Actuators

• Body: Rectangular
• Linear Potentiometer Type: Conductive Plastic
• Linearity: 0.5000 ±% Full Scale
• Measurement Range: 4 to 10 inch

Description: reliability even under extreme temperature and vibration. Can be specified with a standard IP65 sealing rating or upgrade to a full IP67 version. Cable exit can be either forward or reverse. Typical application include: Damper Position - Throttle - Pedal - Aero Surface -

• Body: Cylindrical
• Linear Potentiometer Type: Conductive Plastic
• Linearity: 0.5000 ±% Full Scale
• Measurement Range: 1 to 18 inch

Description: reliability even under extreme temperature and vibration. Can be specified with a standard IP65 sealing rating or upgrade to a full IP67 version. Cable exit can be either forward or reverse. Typical applications include; Damper Position - Throttle - Pedal - Aero Surface -

• Body: Cylindrical
• Linear Potentiometer Type: Conductive Plastic
• Linearity: 0.5000 ±% Full Scale
• Measurement Range: 1 to 8 inch

Description: performance and reliability even under extreme temperature and vibration. Can be specified with a standard IP65 sealing rating or upgrade to a full IP67 version. Cable exit can be either forward or reverse. Typical applications include: Damper Position - Throttle - Pedal - Aero Surface

• Body: Cylindrical
• Linear Potentiometer Type: Conductive Plastic
• Linearity: 0.5000 ±% Full Scale
• Measurement Range: 0.5000 to 7 inch

Description: . Applications of multi turn shim end wave springs Multi-turn shim end wave springs are commonly used in applications requiring a high level of load-bearing capability and space optimization. Some of the most common applications include: Aerospace: used as actuators and dampers

• Wave Washer Material: Stainless Steel, Nickel Base Alloy

Description: . Applications of multi turn shim end wave springs Multi-turn shim end wave springs are commonly used in applications requiring a high level of load-bearing capability and space optimization. Some of the most common applications include: Aerospace: used as actuators and dampers

• Wave Washer Material: Stainless Steel, Nickel Base Alloy

Description: . Applications of multi turn shim end wave springs Multi-turn shim end wave springs are commonly used in applications requiring a high level of load-bearing capability and space optimization. Some of the most common applications include: Aerospace: used as actuators and dampers

• Wave Washer Material: Stainless Steel, Nickel Base Alloy

Description: . Applications of multi turn shim end wave springs Multi-turn shim end wave springs are commonly used in applications requiring a high level of load-bearing capability and space optimization. Some of the most common applications include: Aerospace: used as actuators and dampers

• Wave Washer Material: Stainless Steel, Nickel Base Alloy

Description: Cold start capability to -20° C (-4° F) Automatic altitude compensation Power compensation for fuel temperature Programmable low and high idle and total engine limit Electronic diagnostics and fault logging Engine monitoring system SAE J1939

• Application: Industrial
• Displacement: 18.12 liters
• Engine Type: Internal Combustion
• Features: EPA Certified, EPA Tier 2/EU Stage II

Description: of combustion by-products • Site-specific oil change interval Over 80 Years of Engine Manufacturing Experience Ownership of these manufacturing processes enables Caterpillar to produce high quality, dependable products. Web Site For all your

• Applications: Industrial
• Frequency: 50 Hz
• Fuel Type: Natural Gas
• Portability: Permanent