SICK 1070821 MZT7-03VPS-KR0 PNP NO Cylinder Sensor

USD 36.66

T-slot magnetic cylinder sensor with PNP NO output, 1,000 Hz switching, 10–30 V DC supply, 0.5 m PUR cable with M8 three-pin plug and knurled nut and IP65/IP67.

SKU SICK-1070821 Category
SICK MZT7

SICK MZT7-03VPS-KR0 PNP Magnetic Cylinder Sensor

BrandSICK
Model IdentifierMZT7-03VPS-KR0
Official Part Number1070821

Technical Overview

The SICK MZT7-03VPS-KR0 is a magnetic cylinder sensor for direct T-slot mounting with a PNP normally-open output. It detects the field of a compatible piston magnet and supplies a local switching condition to external machine control. Switching frequency is 1,000 Hz, typical response sensitivity is 3 mT and typical overrun distance is 10 mm. The sensor operates from 10–30 V DC with output current limited to 100 mA. Its axial connection uses a 0.5 m PUR cable with M8 three-pin plug and knurled nut. The plastic housing provides IP65/IP67 protection, a status LED, reverse-polarity protection and short-circuit protection. The cable supports drag-chain use within its documented bend limits.

T-slot magnetic cylinder sensor with PNP NO output, 1,000 Hz switching and axial 0.5 m PUR cable with M8 three-pin plug and knurled nut.

Key Features

  • Direct T-slot cylinder mounting; 29.5 mm housing length
  • PNP normally-open output; DC three-wire circuit
  • 1,000 Hz switching; typical response sensitivity 3 mT
  • Typical overrun distance 10 mm; typical hysteresis <0.8 mT
  • Reproducibility ≤0.1 mT with supply and ambient temperature constant
  • 10–30 V DC supply; continuous output current ≤100 mA
  • Axial 0.5 m PUR cable with M8 three-pin plug and knurled nut
  • Fixed installation >8×cable diameter; flexible use >12×cable diameter
  • Plastic housing; IP65/IP67; −30 to +80 °C operation
  • Status LED; reverse-polarity and short-circuit protection; no teach-in

Detect a compatible cylinder piston magnet with a local PNP normally-open signal for external sequence, timing and cycle-count logic.

Technical Specification Matrix

ParameterValue
Functional principleMagnetic cylinder-piston detection
Cylinder typeT-slot
Cylinder types with adapterProfile,tie-rod,round-body,dovetail-groove cylinders;SMC CDQ2/ECDQ2 rail;appropriate adapter required
Housing length29.5 mm
Switching outputPNP
Output functionNO
Electrical wiringDC three-wire
Switching frequency1,000 Hz
Power supply10–30 V DC
No-load current8 mA
Voltage drop≤2 V
Continuous current≤100 mA
Protection classIII
Response sensitivityTypical3 mT
Overrun distanceTypical10 mm;distance traveled by piston magnet while switching signal is output
HysteresisTypical<0.8 mT
Reproducibility≤0.1 mT with supply voltage and ambient temperature constant
Reverse-polarity protectionProvided
Short-circuit protectionProvided
Status indicatorLED
Teach-inNot provided
Operating temperature−30 to +80 °C
Shock resistance30 g,11 ms
Vibration resistance10–55 Hz,1 mm
EMCEN60947-5-2
Connection0.5 m PUR cable with M8 three-pin plug and knurled nut; drag-chain use
Conductor cross-section0.14 mm²
Cable diameter2.9 mm
Bending radiusFixed installation >8×cable diameter; flexible use >12×cable diameter
Cable outletAxial
Housing materialPlastic
Cable materialPUR
Conductor functions1/BN=L+; 3/BU=M; 4/BK=NO output; CD-002
IP ratingIP65/IP67 per EN60529
Mounting screwSW2.5; typical tightening torque 0.7 Nm
UL fileNRKH.E181493 and NRKH7.E181493
MTTFD1,300 years
Diagnostic coverage DCavg0%
Mission time20 years

Industrial Applications

1. Confirming cylinder arrival before a transfer step

A material-transfer cylinder can carry its compatible piston magnet past a sensor fixed at a defined T-slot position. The PNP normally-open output gives the external sequence controller a local arrival condition before advancing the next mechanism. The status LED provides local indication, and the controller qualifies the event within the documented switching and current limits.

Problem Solved

A local magnetic arrival condition gives external sequence control a piston-position reference without a mechanical sensing lever contacting the moving cylinder rod during repeated transfer operations.

Cylinder arrival T-slot PNP NO

2. Measuring cylinder travel time with external control

A controller can timestamp its cylinder-move command and the sensor switching event at the monitored destination to calculate an external travel-time interval. The sensor supplies the local magnetic arrival signal;it does not calculate elapsed time. Repeatability under constant supply and ambient temperature provides a documented reference for comparing repeated arrival events.

Problem Solved

Command-to-arrival timing lets external control identify a stroke that arrives later than its configured process limit,supporting machine diagnostics through a repeatable local switching event rather than a fixed wait alone.

External travel timing Arrival event Repeatability

3. Counting completed cylinder cycles

A handling cylinder can produce one qualified magnetic arrival event at the monitored stroke position for each completed cycle. Compatible external counting equipment accumulates the PNP switching transitions and filters repeated events according to machine logic. The1,000 Hz switching frequency and documented overrun behavior provide timing references when selecting cylinder speed and event qualification.

Problem Solved

A qualified piston-arrival event supports external cycle counting for throughput or maintenance records,without a mechanical counting contact against the rod or an assumed elapsed-time estimate of completed motion.

Cycle counting 1,000 Hz External counter
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