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Construction
  • Valve body and diaphragm are available in various materials
  • Low maintenance electric actuator with reversible synchronous motor
  • Reduction gear is operated via a cam
  • A spring ensures continuous contact between the cam and the valve spindle
  • Optical position indicator
Features
  • Suitable for inert and corrosive" liquid, viscous and gaseous media
  • Insensitive to contaminated abrasive media
  • Direct 4-20 (0-20) mA control using an optional module or an integrated control module
  • Electrical position indication by means of a potentiometer (optional module) or potential-free limit switches
  • Consistent adjustable control system and reliable opening and closing action
  • Valve in nominal bore size 15 mm with male threads can be fitted to the pipeline without additional connection elements
  • Optional flow direction and mounting position
Advantages
  • Long-life synchronous motor, no danger of burn-out
  • Opening and closing behaviour is independent of the working pressure
  • High flow capability
  • High efficiency

Specifications

Note Please click "Magnifying Glass" next to the attributes listed below to view helpful information.
Type 613
Nominal Size 12 mm15 mm
Body Configuration Straight through
Connection Solvent cement sockets - DIN Spigots for butt welding Threaded sockets - DIN ISO 228 Union ends with metric butt weld spigots ace. to DIN 16962 T 13 series 4 Union ends with metric sockets - DIN
Valve Body Material PP PVC-U PVDF
Diaphragm Material EPDM FPM NBR PTFF/FPHM, PTFF laminated
Supply Voltages/Frequency 24 V 50/60 Hz ±10% 120 V 50/60 Hz ±10% 230 V 50/60 Hz ±10%
Integrated Control Modules
Without Control of valve position. Actual value control inside the actuator by means of a potentiometer (K 6025/K 6026); set value external by means of Lonworks LPT 10 linkpower transceiver Control of valve position. Actual value control inside the actuator by means of a potentiometer (K 6025/K 6026); set value external by means of Lonworks FTT 10A transceiver, free topology Control of valve position. Actual value control inside the actuator by means o( a potentiometer (K 6025/K 6026); set value external. 0/4-20 mA Control of process variables. Actual value, set value external by means of Lonworks LPT 10 linkpower transceiver (K 6023/K 6024) Control of process variables. Actual value, set value external by means of Lonworks FTT10A transceiver (K 6023/K 6024) Control of process variables. Actual value external, 0/4-20 mA, set value external 4-20 mA (K 6023/K 6024)
Design (K-number) Operating time approx. 17 sec, with potentiometer 10 kΩ Operating time approx. 45 sec, 2 potential-free switching contacts Operating time approx. 45 sec, with potentiometer 10 kΩ Standard: approx. 17 sec. operating time, 2 potential-free switching contacts
Integrated Mounting Plate With integrated mounting plate Without mounting plate (new body) Without mounting plate (old body)
Ambient Temperature Valve body PVDF: -20 to 60 ºCValve body PVC-U / PP: 5 to 60 ºC
Electrical Connection 2 x Circular connector (Binder Series 717) (Design without integrated control module) 2 x PG 13.5 (Design without integrated control module)
Rating Continuously rated
Power Consumption 3.5 VA
Protection Class IP 65 ace. to DIN 40050
Operating Time apprx. 17 or 45 s

Working Medium

Working Medium Corrosive, inert, gaseous and liquid media which have no negative impact on the physical and chemical properties of the body and diaphragm materials.
Temperature of Working Medium1 Valve body PP: 5 to 80 ºCValve body PVC-U : 5 to 60 ºCValve body PVDF: -20 to 80 ºC
  • 1 The permissible operating pressure depends on the working medium temperature.