Banner Engineering STBVP6Q STB Self-Checking Optical Touch Button With Field Cover, 10 to 30 VDC, 20 ms Response Time

Photoelectric Specialty Sensors
161356 MFG #: STBVP6Q
BANNER®
163.02000 / ea
  • Catalog Number: STBVP6Q
  • Color: Black
  • Connection Size: 7/8-16 UN-2A
  • Connection Type: 4-Pin Cable
  • Country of Origin: UKN
  • Enclosure Type: IP66/NEMA 1/3/4/4X/12/13
  • Environmental Conditions: 90% at 55 deg C Non-Condensing Maximum Relative Humidity
  • Gross Weight Per Pack: 1 lb
  • Includes: 10 - 30
  • Indicator LEDs: Two-Green
  • Material: Polyetherimide
  • Mounting Type: Threaded
  • Operating Action: Momentary
  • Operating Temperature: 0 to 50 deg C A
  • Series: STB
  • Size: 2.36 in L x 1.7 in W
  • Type: Self-Checking
  • UNSPSC: 39121528
  • UPC 11: 66248864180
  • UPC 12: 66248864180
  • Voltage Rating: 10 to 30 VDC A
  • Stock Status: NONSTOCK
  • Brand: BANNER®
  • Manufacturer: Banner Engineering Corp.
  • Output Type: Complementary PNP
  • Response Time: 20 ms
The STB Self-checking Optical Touch Button is a photoelectric-based, manual activation device designed to provide an ergonomic alternative to conventional mechanical push buttons and palm buttons. The STB creates a pulsed infrared beam that spans its touch zone. The buttons switch when their light beam is broken by a simple insertion of a finger. No pushing is necessary, eliminating the hand, wrist and arm stresses that may result from repeated push button operation. This reduces harmful tendon, nerve and neurovascular disorders. The STB features a new internal design based on dual microcontrollers. When the STB is activated, two separate outputs (one normally-open and one normally-closed) change state. The patent-pending STB circuit uses a diverse-redundant, self-checking design, that will detect an internal safety-critical circuit fault and immediately switch its outputs to the OFF state. It's designed to be used with Category 4, Type IIIC Two-Hand Control devices per EN 574. These devices monitor the STB outputs, detect the output change of state and respond accordingly.
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