TG3 Electronics TG-WMS-B-803 mouse Medical Ambidextrous RF Wireless Optical 1000 DPI

TG3 Electronics TG-WMS-B-803. Form factor: Ambidextrous. Movement detection technology: Optical, Device interface: RF Wireless, Movement resolution: 1000 DPI, Buttons type: Pressed buttons, Buttons quantity: 2, Scroll type: Touch. Power source: Batteries. Product color: Black
SKU: 4613833
Manufacturer part number: TG-WMS-B-803
MSRP: $79.73
$59.50
- Batteries (Wireless)
- Input Voltage Range: 4.25V 5.5V
- Current Consumption: 10mA @ Mouse Moving (Normal)
- 5mA @ Mouse Not Moving (Sleep)
- 480µA @ USB Suspend (Suspend)

 

  • Sanitizable Medical Mouse
  • Wrapped With Durable Silicone Rubber
  • Capacitive Sensor to Replace Traditional Middle Wheel
  • FCC, CE Certification
- Batteries (Wireless)
- Input Voltage Range: 4.25V 5.5V
- Current Consumption: 10mA @ Mouse Moving (Normal)
- 5mA @ Mouse Not Moving (Sleep)
- 480µA @ USB Suspend (Suspend)

 

  • Sanitizable Medical Mouse
  • Wrapped With Durable Silicone Rubber
  • Capacitive Sensor to Replace Traditional Middle Wheel
  • FCC, CE Certification
Products specifications
Attribute nameAttribute value
MaterialRubber, Silicone
Power SourceBatteries
Power Consumption10 mA
Buttons quantity2
Device interfaceRF Wireless
Movement detection technologyOptical
Movement resolution1000 DPI
Scroll typeTouch
Buttons typePressed buttons
IlluminationNo
Programmable mouse buttonsNo
Keypad integratedNo
Movement speed (max)900 inch/min
Vertical designNo
Buttons durability (million clicks)1
Acceleration (G)5
Warranty period1 year(s)
Thumb restNo
Compliance certificatesCE, Federal Communications Commission (FCC)
Technical details
Product colorBlack
Ports & interfaces
Connectivity technologyWireless
Design
Form factorAmbidextrous
Operational conditions
Operating temperature (T-T)-15 - 55 °C
Storage temperature (T-T)-40 - 85 °C
Operating relative humidity (H-H)0 - 100 %
Features
Plug and PlayYes
PurposeMedical
Other features
Number of batteries supported1
Packaging content
Quantity per pack1 pc(s)
Performance
Surface colorationMonochromatic