Honeywell 10613 Floating. 24V 50/60Hz. 45 To 90 Deg Stro

24V DIRECT-COUPLED NON-SPRING RETURN DAMPER ACTUAT

The 10613 (Honeywell) is a floating mounting damper. It's Not Exact, though it comes close. The actual title is 24V DIRECT-COUPLED NON-SPRING RETURN DAMPER ACTUATOR NEMA 1 4X -30 TO 40 DEGREES CAM SWIVEL 12 TO 42VDC.

The Honeywell 10613 direct-coupled non-spring return damper actuator is suited for heavy-duty applications requiring reliable high performance. It offers a simple 2-input 2-output operation, is suitable for air and liquids, and has several single and multi-position mounting options to meet the requirements of most applications.

The Honeywell 10613 Floating AVR is a 24 VAC, 50/60 Hz non-spring return damper actuator. Thanks to its direct coupled structure, it directly transmits the driving torque of the motor to the output shaft of the actuator and requires no intermediate coupling element. It is vibration-proof and shock-proof due to its dynamic overmolding construction.

The SRK Series for Non Spring Return dampers are direct coupled non-spring return pneumatic damper actuators. The actuator utilizes fully automatic and manual pneumatic control circuits to modulate the damper valve position. Damping action is independent of the air supply pressure.

Non spring return damper actuator

This non-spring return floating damper actuator is open when the handle is at straight vertical, and closed when it is pushed toward the pilot which is a floating position. Mechanical action and no oil seal minimize leakage. PTFE plated bushings guarantee smooth operation. Ideal for exhaust systems.

Setpoint Solutions' HONEYWELL line of actuators provide maximum sensitivity, adaptability, and life expectancy. These compact, single-channel pneumatic actuators are available in a variety of models and sizes to meet the most demanding applications. The HONEYWELL 10613 is a 90 degree non-spring return damper actuator with an electric rated stroke of 1/4". The electric return allows for non-pneumatic functionality while using pneumatic inputs and outputs.