3270 2/2-Way Motor Valve

Brand: Burkert Fluid Control Systems

Type 3270 is a direct-acting and general-purpose motor valve for shut-off, used as regulating unit in control loops.

A linear stepper motor as actuator drives the valve, which comes in a compact and robust housing. The integrated electronics simplify the process integration; additional actuation modules are not necessary.

Due to an elastomeric seat seal the valve closes tight up to the DN specific nominal pressure. In case of power failure, the actual valve position will be kept. If a specific safety position in case of power failure is required, this can be realized by using an external buffer module.

The motor's power consumption in opened or closed position is nearly zero. This key feature can reduce the energy consumption of a plant dramatically and thus make it more efficient. 

The LED gives an optical indication of the valve‘s position and status.

Specifications

Seal Material

  • FKM
  • NBR
  • EPDM

Body Material

  • Brass
  • Stainless Steel

Actuator Housing

  • Black Plastic parts: PPS GF40,
  • Anthracite Plastic parts: PC GF10

Electrical Connection

  • Circular Plug-in Connector (M12 x 1, 8-pole)

Response Time

  • Closure Time: 2.5 seconds (0 to 100 % Stroke)

Nominal Pressure

  • psig: 87 (kPa: 600, bar: 6)

Ambient Temperature

  • -10° to 60° C (14° to 140° F)

Flow Rate

  • 0.15 to 0.9 m³/hour (Kvs) - Water

Media

  • Liquids
  • Neutral Gas

Medium Temperature

  • 0° to 70° C (32° to 158° F)

Output

  • Load Capacity: 100 mA - Max.
  • Load Capacity: 10-30 V

Power Supply

  • 24 Vdc ± 10 %, Max.

Power Consumption

  • 8 W, Max.

Environmental Protection

  • IP50

Port Connection

  • 1/4" NPT
  • 3/8" NPT
  • G 1/4"
  • G 3/8"

Viscosity

  • 600 mm²/sec (cSt) - Max.

Mounting Position

  • Preferably with Actuator Upright

Orifice Size

  • 0.078" to 0.236" (2 to 6 mm)

Duty Cycle

  • 100 % Duty Cycle (Depending on Fluid & Ambient Temperature)

Pressure Range

  • psi: 0 to 90 (kPa: 0 to 600, bar: 0 to 6) - Overpressure with Respect to Atmospheric Pressure

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