TELEMECANIQUE XUBLAPCNM12R — Through-Beam Sensors
Telemecanique XUB series laser thru-beam receiver: M18 PBT body, 0…100 m with the XUBLAKCNM12T transmitter, PNP 1 NO/NC programmable output, M12 4-pin connector, IP67.
Status: In production
Brand: Telemecanique
Product: Laser thru-beam receiver
Series: XU / XUB
Nominal sensing distance (Sn): 0…100 m (with XUBLAKCNM12T)
Output: PNP · 1 NO / 1 NC
Response time: 0.4 ms
Degree of protection: IP67
Electrical connection: M12 connector
XUBLAPCNM12R is the separately sold receiver of the Telemecanique XUB laser thru-beam sensor and is the receiver included in the XUBLAPCNM12 kit. Paired with the XUBLAKCNM12T laser transmitter, it provides a 0…100 m nominal sensing distance. Its M18 cylindrical PBT body (Ø18 × 76 mm) and 4-pin M12 connector allow replacing only the receiver or building a new line with an existing transmitter.
The output is PNP, programmable as 1 NO or 1 NC, solid state; it switches up to 100 mA with overload and short-circuit protection. Response and recovery delays are 0.4 ms and switching frequency is up to 1500 Hz. It has green (supply), yellow (output state) and red (stability) LEDs. Supply is 12…24 V DC (limits 10…30 V DC) with reverse polarity protection; IP67 (double insulation), −10…+45 °C operation.
Telemecanique XUBLAPCNM12R technical specifications
| XUBLAPCNM12R | |
|---|---|
| General | |
| Product | Laser thru-beam receiver |
| Series | XU / XUB — Application material handling |
| Sensing type | Thru-beam |
| Sensing | |
| Nominal sensing distance (Sn) | 0…100 m (with transmitter XUBLAKCNM12T) |
| Emitting element | Red laser class 1, 670 nm (IEC 60825-1) |
| Electrical characteristics | |
| Supply voltage | 12…24 V DC with reverse polarity protection |
| Supply voltage limits | 10…30 V DC |
| Wiring | 3-wire |
| Current consumption | 25 mA no-load |
| Output and indicators | |
| Output | PNP, 1 NO or 1 NC programmable, solid state |
| Switching capacity | ≤ 100 mA (overload and short-circuit protection) |
| Switching frequency | ≤ 1500 Hz |
| Maximum voltage drop | < 1.5 V (closed state) |
| Response time | 0.4 ms |
| Delay at power-up | 80 ms |
| Recovery delay | 0.4 ms |
| Status LEDs | Green: supply on · Yellow: output state · Red: stability |
| Environmental | |
| Degree of protection | IP67 conforming to IEC 60529 (double insulation) |
| Ambient temperature | −10…+45 °C |
| Storage temperature | −40…+70 °C |
| Vibration resistance | 7 gn, amplitude ±1.5 mm (f = 10…55 Hz), IEC 60068-2-6 |
| Shock resistance | 30 gn (duration 11 ms), IEC 60068-2-27 |
| Regulations / certifications | CE, CSA, UL |
| Mechanical and connection | |
| Sensor design | Cylindrical M18 (Ø18 mm, length 76 mm) |
| Enclosure material | PBT (plastic) |
| Lens material | PMMA |
| Electrical connection | 1 male connector M12, 4 pins |
| Weight | 0.04 kg (net) |
Key features
- 0…100 m laser thru-beam sensing with XUBLAKCNM12T
- PNP 1 NO / 1 NC programmable output, ≤ 1500 Hz
- Supply, output and stability LEDs
- M18 PBT body, 4-pin M12, IP67
XUBLAPCNM12R ordering codes
| Part number | Description |
|---|---|
| XUBLAPCNM12R | Laser thru-beam receiver |
| XUBLAKCNM12T | Matching transmitter |
| XUBLAPCNM12 | Emitter + receiver kit |
Other Telemecanique Through-Beam Sensors
- TELEMECANIQUE XUBLAPCNM12 — Laser thru-beam sensor kit (emitter + receiver)
- TELEMECANIQUE XUBLBPCNM12 — Laser thru-beam sensor kit (emitter + receiver)
- TELEMECANIQUE XUBLAKCNM12T — Laser thru-beam emitter
- TELEMECANIQUE XUM2APXBM8 — Miniature thru-beam sensor kit (emitter + receiver)
- TELEMECANIQUE XUM2APXBL2 — Miniature thru-beam sensor kit (emitter + receiver)
Models from other brands: Through-Beam Sensors
Is this sensor right for your application?
Share the object to be detected, the emitter–receiver distance, ambient conditions (dust, temperature, washdown) and your PLC input (NPN/PNP, IO-Link); let’s select the right through-beam sensor and mounting accessories together.
All product specifications are subject to change without notice. Data compiled from Telemecanique Sensors’ XUBLAPCNM12R product datasheets (30 July 2024) and the telemecaniquesensors.com reference pages.