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5-Output Wireless Solar Pedestrian Crossing Controller

5-Output Wireless Solar Pedestrian Crossing Controller
Model Number: Pedestrian Crossing Controller
Body Material:PC(Polycarbonate) Plastic
Feature:Wireless Remoter+External Antenna
Power_Supply:12VDC Battery
power_consumption:<0.2W/system
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Product Details

Basic Information:

Product Size:240*135*75MM+215*110*50MM
power_consumption :<0.2W/system
Drive_Current:≤8A/output
certificate:CE+IP65
Warranty:5 Years

Product Details:

1000M Real-Time Wireless Communication By Remoter: 433MHz Frequency

PC(Polycarbonate) Plastic: 240*135*75MM+215*110*50MM For Small Size And Tough Use

5-Output And 2-Phase: 2 Phases For 2 Different Directions By 5 Outputs

Switch Working Mode: Expand From Standard 5-Output into 6-Output By Easy Setting

5-Output Wireless Solar Pedestrian Crossing Controller, NJGQ-XHJ-5-WXGJ12
Length: 240MM(Master/Slave)/215MM(Remotetr)   Handle Remoter For Wireless Operation
Width/Depth: 135MM(Master/Slave)/110MM(Remotetr)   5-Output+2-Phase
Height:75MM(Master/Slave)/50MM(Remotetr)       1000M Real-Time Wireless Communication   

5-Output Wireless Solar Pedestrian Crossing Controller is one type of our traffic controller system, which includes wire traffic controller and wireless traffic controller, as well as all connected traffic lights by wire or wireless.

5-Output Wireless Solar Pedestrian Crossing Controller has its PC(Polycarbonate) plastic body with an mini size of 240*135*75MM(Master/Slave) and 215*110*50MM(Remoter) , so it is long life use and easy portable.
5-Output Wireless Solar Pedestrian Crossing Controller is solar powered by wireless communication, its wireless range can be 1000M at 433MHz frequency.
5-Output Wireless Solar Pedestrian Crossing Controller has 6 outputs at max, which means it can separately connect with 6 traffic light lamps by 1000M wireless communication.
22-Output Wireless Solar Traffic Signal Controller has 22 outputs at max, which means it can separately connect with 22 traffic light lamps by 1000M wireless communication.

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Controller channels and phase planning

Start with a channel schedule showing every lamp output and the movement it controls. An output count describes connection channels; it does not by itself define the number of junction approaches or a safe phase plan. Keep pedestrian calls, arrow movements and countdown interfaces explicit in the proposed wiring schedule.

Before selecting the controller, compare the lamp supply, load per channel and required switching arrangement with its terminal diagram. Provide the intended sequence, clearance intervals and any external inputs for review. Confirm the startup condition and fault response with the supplier and the project engineer before the unit is installed.

Wireless commissioning

Identify the coordinating unit and each remote unit on the site drawing. Confirm the pairing procedure, update behavior and defined response to a lost connection. Verify the link with the equipment in its actual operating positions; quoted radio reach should not replace an on-site communication check.

Details to confirm on the order

Catalogue dimensions
240*135*75MM+215*110*50MM. Check the space needed for connections, installation and servicing as well as the outside dimensions. Confirm the supplied component and its connection drawing before integration.
Published current reference
≤8A/output. Confirm the applicable load conditions and complete wiring diagram for the selected version before assigning connected equipment to its terminals.

Information for your enquiry

  • Lamp quantity and electrical load connected to each output.
  • Required stages, external inputs and any countdown communication.
  • Terminal layout, cabinet space and the approved commissioning sequence.

Request a quotation

Tell us what you need. Include your signal type, lens diameter, voltage and quantity to help us understand your application.

sky-sale@njgq.net
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