Seven core advantages that make the DZ07D the preferred industrial contactor for manufacturing, processing and heavy-duty equipment applications worldwide.
DZ07D with emergency stop is an electromagnetic switch designed for motor control applications with an additional emergency stop function for rapid equipment shutdown.
DZ07D emergency stop configuration is used in industrial machinery, power tools and motor-driven equipment requiring reliable switching and safety operation.
DZ07D supports:
AC400V / AC250V voltage
AC-3 12A / AC-15 6A at AC400V
AC-3 16A / AC-15 8A at AC250V
TUV EN60947 standard
DZ07D combines reliable electromagnetic switching with emergency stop operation, providing a practical solution for equipment requiring safer motor control.
AC-3 rated up to 16A at 250V for demanding motor control applications.
Dual AC-1 / AC-3 ratings for precise application matching; rated −5 °C to +70 °C with IP55 protection — ideal for demanding indoor and outdoor industrial environments.
Six variants (standard, B, C, D, E, H) with different ratings and form factors.
Rated for 60,000 operations with consistent switching performance.
Integrated emergency stop button with self-locking mechanism meets ISO 13850 / IEC 60947-5-5 safety standards. Press to immediately cut off control circuit, preventing unexpected restart until manually reset.
EN60947 compliant for worldwide industrial applications.
Detailed electrical and mechanical specifications for the DZ07C Electromagnetic Switch. All values are measured under standard test conditions per EN60947.
DZ07D with emergency stop is an electromagnetic switch that integrates motor ON/OFF control and emergency shutdown function.
DZ07D is the standard electromagnetic switch version, while the emergency stop version adds a stop button function for safer operation.
DZ07D complies with TUV EN60947 standard requirements.
DZ07D supports:
AC400V: AC-3 12A / AC-15 6A
AC250V: AC-3 16A / AC-15 8A
It is suitable for industrial equipment, power tools and motor control systems requiring emergency shutdown capability.
Yes. Dongke provides customized switch solutions according to customer equipment requirements.
Every detail of the DZ07D is engineered for sustained performance in heavy-duty industrial applications.

Official engineering drawing from the DKLD catalog. Contact us for detailed CAD files and 3D models for your design team.

The DZ07D series is trusted across a wide range of heavy-duty industrial and manufacturing applications worldwide.
DKLD electromagnetic switches are manufactured in our ISO 9001:2015 facility with UL- and TÜV-certified in-house laboratories. Every unit passes four quality gates before it ships.
Each stage is backed by documented procedures, trained personnel and calibrated instruments.
Request a quote, samples, or technical datasheets. Our team responds within 24 hours.
Contact US →The DZ07D with emergency stop is an electromagnetic switch that combines motor ON/OFF control with rapid equipment shutdown. It is used in industrial machinery, power tools and motor-driven equipment that requires reliable switching and safe operation.
DZ07D is the standard electromagnetic switch version. The emergency stop version adds a stop button, so the equipment can be stopped quickly for safer operation.
The emergency stop button uses a self-locking mechanism and meets the ISO 13850 / IEC 60947-5-5 safety standards. Pressing it immediately cuts off the control circuit and prevents unexpected restart until the button is manually reset.
The DZ07D is rated 400V~ and 250V~. At AC400V the ratings are AC-3:12A and AC-15:6A; at AC250V they are AC-3:16A and AC-15:8A.
The DZ07D complies with the TUV EN60947 standard and is listed as TUV CE (EN60947), with protection level IP00 in the specification table and IP55 for the sealed configuration. The rated ambient range is 5 �C to +70 �C.
Mechanical life is rated at 60,000 operations across six variants (standard, B, C, D, E, H) in a heavy-duty enclosure for DIN-rail or panel mounting. Customized switch solutions are provided according to customer equipment requirements.