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TAKEX_SSC-T800

Slim Sequential Array Scanning Light Curtains

  • TAKEX SSC-T800 Series light curtains use sequential array scanning to create a dense detection net for small, thin, and irregular objects.
  • The lineup offers 50–150 mm detection widths, targets down to Φ6 mm, sensing up to 2.5 m, NPN/PNP outputs, a 14.5 mm slim metal housing, and IP67 protection.
  • Brand TAKEX Takenaka Engineering Co., Ltd.
Features
  • Dense sequential array scanning: Sequentially emitted beams interact with multiple receiving elements to create a dense sensing net and reduce missed detection of thin objects passing between conventional beams.
  • Detects objects down to Φ6 mm: Different beam pitches and sensing ranges are available, with SSC-T801 capable of detecting opaque objects Φ6 mm or larger.
  • Five beam pitch options: The lineup offers 5.55, 11, 12.5, 16.6, and 20 mm beam intervals with 50, 100, or 150 mm detection widths.
  • Simplified wiring without synchronization line: No separate clock or synchronization wire is required, simplifying installation while supporting close or opposing sensor arrangements.
  • 14.5 mm slim metal housing with IP67: A robust aluminum body is only 14.5 mm thick and provides IP67 protection for industrial equipment installations.
Specification
ItemSpec.
Product typeSlim sequential array scanning light curtain sensor
Current models18
Detection methodThrough beam
Scanning methodSequential array scanning
Housing thickness14.5 mm
Detecting distance100 mm to 2.5 m depending on model
Min. detection objectOpaque Φ6 to Φ22 mm or larger depending on model
Number of optical axes5, 6, or 10 depending on model
Beam interval5.55, 11, 12.5, 16.6, 20 mm
Detection width50, 100, 150 mm
Power supply12–24VDC ±10%, ripple 10% or less
Control outputNPN or PNP open collector depending on model
Standard operationON when all sensing beams are received;
OFF when a sensing beam is blocked
Beam-blocked response3–5 ms or less depending on model
Beam-received response4–8 ms or less depending on model
Light source870 nm infrared LED
Transmitter indicatorGreen power indicator
Receiver indicatorsGreen power indicator, orange operation indicator
Case materialAluminum
End-cap materialGlass-fiber-reinforced PBT
Front cover materialAcrylic
Ambient light5,000 lx or less
Operating temperature−10 to +55°C, non-freezing
Ambient humidity35–85% RH, non-condensing
Protective structureIP67

Specification notes

  • Detecting distance has a model-specific minimum and maximum installation range. For example, SSC-T801 is specified for 100–500 mm, while SSC-T830 and SSC-T835 cover 500–2,500 mm.
  • Sequential array scanning improves thin-object detection by sequentially scanning the transmitter while multiple receiver elements form a denser sensing area than conventional parallel-beam arrangements.
  • Keep the sensor mounting screw torque at 0.6 N·m or less. If a load short circuit or overload occurs, the output transistor turns OFF; correct the load condition before reapplying power.
FAQ

Q1: What is the TAKEX SSC-T800 Series?
A: The SSC-T800 Series consists of through-beam light curtains using sequential array scanning to create a dense detection area for small, thin, and irregular objects.


Q2: How many current models are available?
A: The current lineup contains 18 models consisting of nine sensing configurations with NPN and PNP output versions.


Q3: What is the maximum detecting distance?
A: SSC-T830, SSC-T835, and their PNP versions provide a maximum detecting distance of 2.5 m.


Q4: What is the smallest detectable object?
A: SSC-T801 and SSC-T801PN detect opaque objects Φ6 mm or larger.


Q5: What beam intervals are available?
A: The lineup provides 5.55, 11, 12.5, 16.6, and 20 mm beam intervals.


Q6: Are NPN and PNP outputs available?
A: Yes. Standard models provide NPN open-collector output, while PN-suffix models provide PNP output.


Q7: How does sequential array scanning differ from a conventional light curtain?
A: Instead of relying only on corresponding parallel emitter/receiver axes, sequential scanning forms a dense cross-beam sensing net that improves detection of small and thin objects.


Q8: Does the SSC-T800 require a synchronization line?
A: No. The series does not require a separate clock or synchronization wire, simplifying installation wiring.


Q9: What is the protection rating?
A: The complete series provides IP67 protection with a robust aluminum housing.


Q10: What applications are suitable for the SSC-T800 Series?
A: Applications include robot-hand detection, coils, thin plates, irregular falling workpieces, automotive engine covers, and container detection before packaging.

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