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RFID Receive / Sending Platform Screen Door System Signal Communication For Bus

RFID Receive / Sending Platform Screen Door System Signal Communication For Bus

    • RFID Receive / Sending Platform Screen Door System Signal Communication For Bus
  • RFID Receive / Sending Platform Screen Door System Signal Communication For Bus

    Product Details:

    Place of Origin: Jiangsu
    Brand Name: IVY
    Certification: TS16949
    Model Number: PF300

    Payment & Shipping Terms:

    Minimum Order Quantity: 1 station
    Price: Negotiation
    Packaging Details: Standard packing
    Delivery Time: 60-80days
    Payment Terms: T/T
    Supply Ability: 500 Stations per year
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    Detailed Product Description
    Dimension: Customized Software: DCU And PSC Control
    Used For: BRT Plaftform Station Safety Feature: Antipinch
    Driving Mechanism: Leading Screw Name: RFID Receive And Sending Signal Communication Platform Screen Door System For Fast Transportation
    High Light:

    platform screen doors


    screen door systems


    Product Name : RFID receive and sending signal communication Platform Screen door System for fast transportation



    I. Introduction


    These doors help to:

    • Prevent accidental falls off the platform onto the lower track area, suicide attempts and homicides by pushing.
    • Prevent or reduce wind felt by the passengers caused by the Piston effect which could in some circumstances make people fall over
    • Reduce the risk of accidents, especially from service trains passing through the station at high speeds.
    • Improve climate control within the station (heating, ventilation, and air conditioning are more effective when the station is physically isolated from the tunnel).
    • Improve security - access to the tracks and tunnels is restricted.
    • Lower costs - eliminate the need for motormen or conductors when used in conjunction with Automatic Train Operation, thereby reducing manpower costs.
    • Prevent litter build up on the track which can be a fire risk.


    II. Mechanism

    PF400 Platform screen door consists of Mechanical & Electrical system. Mechanical system includes frame structure, door operator, sliding door, fixed door, emergency door, and end door.; Electrical system includes power supply, door control unit (DCU), central control cabinet (PSC), & network connection equipments.


    The door operator consists of driving mechanism, hanging mechanism, guiding mechanism, and locking & unlocking mechanism.

    • Driving mechanism includes DC motor and multi-head ball screw to achieve smooth motion and high reliability. The DC motor is connected to shaft connector, gear box, leading screw and driving nut in order. Driving nut is then connected to the door hanger and door panel. The door panel is horizontal sliding as long as lead screw rotates;
    • Hanging system includes hanger and guide rod. Hanger is connected to the door panel and meanwhile is also connected to the guide rod through the linear bearing. Therefore the weight of door panel is transferred to the guide rod, which is installed on the frame;
    • Guiding mechanism consists of lower guide roller and track. When the door panel moves, the roller installed on the low part of door panel will rotate around the guide track. The lower guide track is installed on the structure frame.
    • Locking and unlocking mechanism include spring locking & solenoid activated unlocking mechanism and emergency unlocking mechanism;
    • DCU controls the door movement by getting orders from central control panel. The function of DCU is to control individual door movement and communicate with other DCU and central control panel;
    • The sensitive edge system is part of electrical system. When the sensitive edge installed on the door panel hits the obstacle during the closing, the door panel will start to open to avoid pinching. The function is achieved by two ways. The first is achieved by pressure wave switch which is connected to the door panel rubber seals and the second one is achieved by checking the current reaction from the motor;
    • Central control Cabinet (PSC) consists of central logic control (PEDC) and monitoring system (MMS). The CAN based technology is used to connect the PSC and DCU.


    III. Main Parameters


    Operation Temperature -40°C - 60°C
    Operation Voltage DC12V or DC24V
    Motor Power 100W
    Driving Mechanism Leading screw
    Minimum Life Cycle 1,000,000
    Door Closing or Opening Time 1.5 3.5 Seconds
    Style full and half height 


    IV. Product Advantage

    • Ivy developed CAN based platform door system to ensure Economical, flexible, and reliable system;
    • Anti-disturbing and wide environment temperature situation has been considered into the product design and component quality;
    • Stable, well controlled, long life driving mechanism by using multi-head, self lubricated lead screw and linear bearing;
    • Pressure wave sensitive edge as prime sensitive edge and current reaction as secondary sensitive edge to achieve high sensitivity and reliability;
    • No high voltage inside the door structure frame of the platform door to ensure safety;
    • The best chip in the world and imported other key components to ensure the high reliability.

    Contact Details
    Ivy Machinery (Nanjing) Co., Ltd.

    Contact Person: Warren Wang

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    2# Dahua Road Zhujiang Industrial Park, Pukou District, Nanjing City,China .Email:
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