
Number
Total (€ 609.00 / piece)
€ 609.00
incl. VAT
14-day return policy included
Technical specifications
- Impulse Hall sensor: 9.56 Imp/mm
- Duty cycle: 10%
- Material: SUS304
- Nominal current 0.3 - 2.0 A.
- Product type
Stainless steel linear actuator
- Stroke length
50 mm
- Speed (max.)
17.4 mm/s
- Nominal voltage
24 V
- Thrust
600 N
- Manufacturer part #
10070596
- Type
DSZY35-24-19-050-HS2-IP69K
- Size
35
- Features
Hall effect sensor
Stainless steel
IP69K
Documents & Downloads
Datasheet
Datasheet 1911365 Drive System Europe by MSW Stainless steel linear actuator DSZY35-24-19-050-HS2-IP69K 10070596 Stroke length 50 mm Thrus
Datasheet 1911365 Drive System Europe by MSW Stainless steel linear actuator DSZY35-24-19-050-HS2-IP69K 10070596 Stroke length 50 mm Thrus
User & Safety Instructions
User & Safety Instructions 1911365 Drive System Europe by MSW Stainless steel linear actuator DSZY35-24-19-050-HS2-IP69K 10070596 Stroke length 50 mm Thrus
Conformity certificate
Conformity certificate 1911365 Drive System Europe by MSW Stainless steel linear actuator DSZY35-24-19-050-HS2-IP69K 10070596 Stroke length 50 mm Thrus
Description
Stainless steel linear electric cylinders are required in a wide variety of applications. The DSZY35 electric cylinder is made entirely of stainless steel.
Equipped with a trapezoidal threaded spindle (ACME screw), these are small, compact and lightweight DC linear drives. With the help of an integrated diode circuit, a quick reversal of direction is done by simple voltage reversal of the DC motor.
The DSZY35 does not contain integrated limit switches.
An overload of the drive can be prevented by a separate monitoring and limitation of the current.
This text is machine translated.
Equipped with a trapezoidal threaded spindle (ACME screw), these are small, compact and lightweight DC linear drives. With the help of an integrated diode circuit, a quick reversal of direction is done by simple voltage reversal of the DC motor.
The DSZY35 does not contain integrated limit switches.
An overload of the drive can be prevented by a separate monitoring and limitation of the current.
This text is machine translated.





















