2610 2/2-Way Solenoid Valve

Brand: Burkert Fluid Control Systems

The direct-acting valve Type 2610 is delivered with circuit function normally closed. 

The thermal isolation of the coil and housing by means of stainless steel bellows allows the extreme medium temperature. In this way, condensation or an unacceptable heating up of the coil is avoided.

The supplied cable head contains a "kick and drop" electronic that supports the opening phase and afterwards reduction of the opening holding power.
Features
  • Medium separation
  • Metal bellow system in stainless steel
  • High quality PTFE seat seal
  • Medium temperature: 200° to 180° C (-328° to 356° F)
  • Energy saving "Kick and Drop" electronic 

Specifications

Ambient Temperature Range

  • Maximum

BSP Connection

  • G 1/2” Female
  • G 1/4” Female

Consumption

  • Power Consumption: Kick & Drop Electronic 4 W (Operation)
  • Power Consumption: Kick & Drop Electronic 72 W (Inrush)

Cycling Rate

  • 10/Minute

Duty Cycle

  • Continuous Operation 100 % ED

Electrical Connectors

  • Cable Plug for Ø 7 mm Cable

Electrical Contacts

  • Normally Closed

Enclosure, Body Material

  • 316Nb Stainless Steel, 1.4581
  • Brass

Environmental Protection

  • IP65 with Cable Plug

Flow Rate

  • Water: 0.8 to 1.8 Kv (m³/hour)

Materials of Construction

  • Metal Bellows: 321 Stainless Steel (1.4541)

Media

  • Neutral Gases & Liquids

Mounting Position

  • Preferably with Actuator Upright

NPT Connection

  • 1/2” NPT Female
  • 1/4” NPT Female

Operating Voltages

  • 24-230 V / UC

Orifice Size

  • 0.236” to 0.472” (6 to 12 mm)

Pressure Range

  • psi: 0 to 145 (kPa: 0 to 1,000, bar: 0 to 10)

Process Temperature

  • -200° to 180° C (-328° to 356° F)

Response Time

  • Closing: 300 to 500 milliseconds (Pressure Drop 100 to 10 %)
  • Opening: 100 to 200 milliseconds (Pressure Rise 0 to 90 %)

Seat / Seal Material

  • Seal: PTFE
  • Seat: 316Nb Stainless Steel, 1.4581

Solenoid Type

  • 2/2-Way

Tolerance

  • Voltage Tolerance: Max.

Viscosity

  • Approximately 21 mm²/sec

show more