These through-beam sensors are best suited for use in industrial environments. Thanks to their large working range, the devices demonstrate excellent functional reliability in highly contaminated environments. The sensors can be checked for correct functioning via the test input.

Features at a Glance :
- Smallest recognizable part: 0,05 mm
- Range: 60 m
- Teach-in
Optical Data
Range | 60,000 mm |
Smallest Recognizable Part | 50 µm |
Switching Hysteresis | < 15 % |
Light Source | Laser (red) |
Service Life (T = +25 °C) | 100,000 h |
Laser Class (EN 60825-1) | 2 |
Max. Ambient Light | 10,000 Lux |
Opening Angle | 12 ° |
Electrical Data
Sensor Type | Receiver |
Supply Voltage | 10 … 30 V DC |
Current Consumption (Ub = 24 V) | < 15 mA |
Switching Frequency | 5 kHz |
Response Time | 100 µs |
Temperature Drift | < 10 % |
Temperature Range | -25 … 60 °C |
Switching Output Voltage Drop | < 2.5 V |
Switching Output/Switching Current | 200 mA |
Short Circuit Protection | yes |
Reverse Polarity Protection | yes |
Overload Protection | yes |
Teach Mode | NT, MT |
Protection Class | III |
Mechanical Data
Setting Method | Teach-In |
Housing Material | Stainless steel, V2A (1.4305 / 303) |
Full Encapsulation | yes |
Degree of Protection | IP67 |
Connection | M12 × 1; 4-pin |
Weight | 74 g |
Safety relevant data
MTTFd (EN ISO 13849-1) | 2,413.71 a |
Output
Contamination Output | yes |
PNP NC | yes |
Adjustable parameter
Circuit | NC NC/NO NO |
For More Information and Pricee : Wenglor ZD600PCVT3 Through Beam Sensor
Read more articles :
- Toshiba Lithium battery
- Toshiba Batteries
- EWS Kem Kuppers Intrinsically Safe Power Supply Units
- FAU 50 Kem Kuppers Frequency to Analog Converter
- Kem Kuppers FOP and OPTV Fibreoptical Amplifier and Light Pulse Receiver
You must be logged in to post a comment.