Schmersal MZM 100 ST2-1P2PWREM-A Inductive Solenoid Interlocks
The MZM 100 ST2-1P2PWREM-A Schmersal Inductive Solenoid Interlocks 101211067 feature 750 N holding force, IP67 protection, and inductive operation. The MZM 100 ST2-1P2PWREM-A from Schmersal supports industrial safety systems with 2 safety contacts, M12 8-pole connector, and 150 ms reaction time. These Schmersal Solenoid Interlocks belong to the MZM Series and are designed for machine guarding and industrial automation applications.

| Brand | Schmersal |
| Product Type | Solenoid Interlock |
| Model Number | MZM 100 ST2-1P2PWREM-A |
Schmersal MZM 100 ST2-1P2PWREM-A Inductive Solenoid Interlocks - Technical Specifications
| Specification | Value |
|---|---|
| Working principle | inductive |
| Housing material | Plastic, glass-fibre reinforced thermoplastic, self-extinguishing |
| Reaction time, maximum | 150 ms |
| Duration of risk, maximum | 150 ms |
| Gross weight | 698 g |
| Number of safety contacts | 2 |
| PFH value | 3.54 x 10⁻⁹ /h |
| Holding force, typically | 750 N |
| Holding force, guaranteed | 500 N |
| Latching force, minimum | 45 N |
| Latching force, maximum | 115 N |
| Type of the fixing screws | 2x M6 |
| Tightening torque of the fixing screws | 8 Nm |
| Length of sensor chain, maximum | 200 m |
| Termination | Connector M12, 8-pole |
| Length of sensor | 40 mm |
| Width of sensor | 40 mm |
| Height of sensor | 177.5 mm |
| Degree of protection | IP65, IP67 |
| Ambient temperature | -25 ... +55 °C |
| Storage and transport temperature | -25 ... +70 °C |
| Relative humidity, minimum | 30 % |
| Relative humidity, maximum | 95 % |
| Note (Relative humidity) | non-condensing non-icing |
| Resistance to vibrations | 10 … 150 Hz, amplitude 0.35 mm / 5 g |
| Restistance to shock | 30 g / 11 ms |
| Protection class | III |
| Rated insulation voltage Ui | 32 VDC |
| Rated impulse withstand voltage Uimp | 0.8 kV |
| Overvoltage category | III |
| Degree of pollution | 3 |
| Operating voltage | 24 VDC -15 % / +10 % (stabilised PELV power supply) |
| No-load supply current I0, typical | 100 mA |
| Current consumption with magnet ON, average | 350 mA |
| Current consumption with magnet ON, peak | 550 mA / 10 ms |
The MZM 100 ST2-1P2PWREM-A Schmersal Inductive Solenoid Interlocks 101211067 are used in industrial automation systems requiring monitored guard locking and reliable machine access protection. The MZM 100 ST2-1P2PWREM-A operates with an inductive working principle, supports IP65/IP67 protection, and provides a 750 N typical holding force with 2 safety contacts. This model belongs to the MZM Series from Schmersal and supports secure integration through an M12 8-pole connector. The reinforced thermoplastic housing and 150 ms maximum reaction time make it suitable for automated industrial safety applications.
The MZM 100 ST2-1P2PWREM-A Schmersal Inductive Solenoid Interlocks 101211067 are commonly installed in conveyors, robotic cells, packaging machines, and assembly automation systems. The device helps maintain controlled machine access while supporting reliable safety monitoring during operation. Its IP65 and IP67 protection ratings support usage in dusty and industrial environments where stable performance is important. The compact 40 mm width and M12 connector simplify installation in control panels and machine safety structures. The high holding force and durable housing support continuous industrial operation.
MZM 100 ST2-1P2PWREM-A from Schmersal is designed for industrial safety interlocking applications requiring stable locking performance and reliable safety monitoring. With 500 N guaranteed holding force, 150 ms risk duration, and a maximum sensor chain length of 200 m, the unit supports dependable machine protection systems. The Schmersal MZM Series is widely used across industrial automation environments where machine guarding and controlled access are necessary. The MZM 100 ST2-1P2PWREM-A Schmersal Inductive Solenoid Interlocks 101211067 provide practical integration, durable construction, and consistent safety operation for industrial automation systems.


