Browse Categories


Panasonic HL-T1010F Laser Sensor 10mm Wide Beam

Item #: HL-T1010F

Product Info

Panasonic Industrial Devices Sunx

Panasonic (formerly Sunx) Ultra-compact Laser Collimated Beam Sensor

  • 10mm diameter X 2m laser beam
  • Min sensing object 0.10mm diameter
  • Requires separate amplifier (not included)
  • 500 mm cable for connection to HL-AC1 amplifier (order separately)



Item Specifications

  • HL-T1
  • Laser Thrubeam Array
  • Sensor Less Controller
  • Visible Red Laser Beam
  • Red Semiconductor Laser, Wavelength 650nm, 0.35mW Max Output, Class II FDA, Class I IEC/JIS
  • Thrubeam - Edge, Gap, & Diameter sensing
  • Collimated beam Array Thrubeam
  • Ø 10mm Wide Array
  • 500mm
  • 4.0µm
  • 0 to 500mm
  • 12 to 24 VDC
  • 150µs
  • See Sample Rate
  • Dual digit display of measurement and judgement value. 13 sample rates from 1 to 4,096. Linear analog in both current and voltage. Option calculation module available for add/subtract function
  • Narrow array laser beam 10mm wide for edge, gap, and width detection. Min sensing object Ø 0.1µm with 4µm repeatability.Measuring cycle of 150µs Interference prevention for two side-by-side sensor.
  • Digital, Analog
  • 3 each NPN or 3 each PNP with HL-AC1(P) Controller
  • 4 to 20mA & ±4V with HL-AC1(P) Controller
  • 0 to +50° C
  • Enclosure: Polyetherimide enclosure, glass front cover
  • IP40
  • Quick disconnect
  • Pigtail 500mm with Molex type connector
  • 0.10 lbs per EA


View Related Items

MS-LA3-1
SUNX BRACKET FOR LA-310
CN-HLT1-1
SUNX EXTENSION CABLE FOR HL-T1 TO CONT 1
HL-T1CCJ4
SUNX THRUBEAM EXTENSION CABLES FOR HL-T1
CUB5IB00
RLC DC CURRENT METER; FOUR SELECTABLE D.
MLPS1000
RLC 12 VOC MICRO LINE SENSOR POWER SUPPL
ENC8B000
RLC PLASTIC NEMA 4X ENCLOSURE-CUB4, CUB5
HL-AC1
SUNX AMP FOR HL-T1 HEADS NPN OUTPUT
HL-AC1P
SUNX AMPLIFIER FOR HL-T1
HL-AC1-CL
SUNX CALCULATION UNIT FOR HL-T1
HL-T1SV2
PANASONIC SIDE VIEW ATTACHMENT
MS-HLAC1-1
PANASONIC DIN CONTROLLER MTG BRKT
$804.08
Call for lead time*
UOM : EA
QTY:


Have Questions?

Ask our experts: