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Home / Products / Car System / LCS Car Terminal Resistance Board RSBUZLR V1.2

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LCS Car Terminal Resistance Board RSBUZLR V1.2

For Brands: TECNOVA , XIOLIFT , SURAPID , XIZI , SWORD
Quantity
45
46
Stock: 3000
$20.00
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Product Attributes
Basic Specifications
Parameters
Model
RSBUZLR V1.2
Type
Car Operating Panel
Applicable
Passenger elevators, villa elevators, freight elevators, etc.
Dimensions
110 mm ×85 mm ×20 mm
Weight
75g
Material
epoxy resin PCB board
Built-in resistor
51Ω、75Ω
Safety standards
GB 7588
Free shipping for orders over $99
Available for delivery within 2 days
3-year warranty
30-day return and refund
Lifetime technical support
Features
Applications
FAQs
Customer Reviews

Features

  • CAN bus terminal matching, two resistances of 51Ω and 75Ω can be switched by the code switch SW1 to adapt to the impedance requirements of different bus systems, eliminating.
  • interference from communication signal reflections.
  • Integrated buzzer, capable of outputting fault and arrival prompt beeping sounds.
  • With relay REL1, it can realize signal switching control.
  • The P1 connection port is connected to the car communication board, and the P2/P3 terminals are connected to the CAN bus lines.
  • Compact in size, fixed by screw holes, installed on the car roof wiring box or COP control box.

Applications

Elevator Car CAN Bus Terminal Matching and Communication Support

Installed at the physical end of the CAN communication bus, adding terminal matching resistors can solve the problems of unstable communication, packet loss, garbled codes, and intermittent communication in elevator car communication; at the same time, it provides a buzzer alarm / arrival prompt function, which is used for new elevator assembly and replacement of faulty bus spare parts in old elevators.

FAQs

Q: What is the main function of the RSBUZLR V1.2?
A:

The RSBUZLR V1.2 provides terminal resistance matching for the elevator car CAN communication bus to support stable signal transmission.

Q: Where is the RSBUZLR V1.2 installed?
A:

It is installed at the physical end of the CAN communication bus, typically in the car-top wiring box or COP control box.

Q: What built-in resistance values does the board provide?
A:

The board provides 51Ω and 75Ω terminal resistance options.

Q: How are the 51Ω and 75Ω resistors selected?
A:

The resistance value can be switched through the SW1 code switch.

Q: Why does the board provide two resistance values?
A:

The two resistance options allow the board to adapt to the impedance requirements of different CAN bus systems.

Q: What communication problems can the RSBUZLR V1.2 help address?
A:

It is designed to help with unstable communication, packet loss, garbled data, and intermittent communication caused by improper bus terminal matching.

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