56715M59A34512T1 GAB111537

Metal control valve w. bypass

Item number: 88805998
Description
Type 567 Control valve
DN 15 DN 15
Body configuration M 2-way angle body with bypass
Connection type 59 Spigots ASME BPE
Valve body material A3 2.4602, Vollmaterial Alloy 22, (NiCr21Mo14W)
Seal material 45 Actuator sealing PTFE / Seat sealing FKM / Bypass sealing PTFE Bypass-Diaphgram Code 54
Control function 1 Normally closed (NC)
Actuator version 2T1 Actuator Size 2, pneumatic
Control characteristic G modified equal-percentage
Kv value AB 100 l/h
Operator version - bypass 11 Pneumatic, normally closed
Execution type 1537 Ra ≤ 0.4 µm (15 µin.) for media wetted surfaces, to DIN 11866 HE4, electropolished internal / external
Surface 1537 Ra ≤ 0.4 µm (15 µin.) for media wetted surfaces, to DIN 11866 HE4, electropolished internal / external

This article is listed as a Dual-Use-good according to Regulation EU 2021/821 under Control list No. 2B350g. If these goods are supplied to countries outside the EU, the relevant export restrictions apply.

The GEMÜ 567 BioStar Control 2/2-way diaphragm globe valve is an aseptic control valve and has been designed for demanding applications. Flow rates range from 80 l/h to 63,000 l/h, depending on the version. The sealing concept of the valve is based on the GEMÜ PD design. All actuator parts (except the seals) are made from stainless steel. Manual, pneumatic or motorized actuators are available.

The motorized actuators can be selected from two versions, GEMÜ eSyDrive and GEMÜ servoDrive, depending on the application. GEMÜ 567 eSyDrive can be used as a positioner or process controller. GEMÜ 567 servoDrive is suitable for real-time control processes.

  • CIP/SIP capable
  • Linear or equal-percentage control characteristic options
  • Hermetic separation of the actuator from the medium using a PTFE seal
  • Various valve body connections available
  • Surface finishes down to 0.25 μm, electropolished
  • ATEX version available as an option
  • Actuator can be replaced under operating pressure without contaminating the medium