Lesson 1.7: Turnstiles and Barriers

Lesson 1.7: Turnstiles and Barriers

⚡ Barrier Input Wiring

flowchart LR
    subgraph RLY1["Door 1 Relay"]
        direction TB
        COM1["Common Input"]
        NO1["Normally Open"]
        NC1["Normally Closed"]
    end  
    subgraph RLY2["Door 2 Relay"]
        direction TB
        NO2["Normally Open"]
        COM2["Common Input"]
        NC2["Normally Closed"]
    end      
	subgraph FLAPIN["Barrier Inputs"]
		direction TB
		OPLEFT["Open Left / Entry"]
		OPRIGHT["Open Right / Exit"]
		OPCOM["0V"]
		FIREIN["Fire Alarm Input"]
	end
	COM2 --> OPCOM
	COM1 --> OPCOM
	NO1 -- Pulse Received --> OPLEFT
	NO2 -- Pulse Received--> OPRIGHT

Barrier Output to 8 Zone Input Wiring

%%{init: {"title": "Barrier Output to 8 Zone Input Wiring"}}%%
flowchart LR
    subgraph FLAPOUT["Barrier Output"]
        direction TB
        WRD["Wrong Direction Alarm"]
        FALR["Fraud General Alarm"]
        TALR["Technical Alarm"]
        OPEMR["Emergency Open"]
        RFEED["Passage Count Output"]
        RDR1["Reader 1 Enable Output"]
        RDR2["Reader 2 Enable Output"]
        OVFLAP["Common Terminal"]
    end
    subgraph ZEXP8["8 Zone Input"]
        direction TB
        Z1["Z1"]
        OV1["0V1"]
        Z2["Z2"]
        OV2["0V2"]
        Z3["Z3"]
        OV3["0V3"]
        Z4["Z4"]
        OV4["0V4"]
        Z5["Z5"]
        OV5["0V5"]
        Z6["Z6"]
        OV6["0V6"]
        Z7["Z7"]
        OV7["0V7"]
        Z8["Z8"]
        OV8["0V8"]
    end
    OVBUS["0V Common Bus"]
    WRD --> Z1
    FALR --> Z2
    TALR --> Z3
    RFEED --> Z4
    RDR1 --> Z5
    RDR2 --> Z6
    OPEMR --> Z8
    OVFLAP --- OVBUS
    OVBUS --- OV1
    OVBUS --- OV2
    OVBUS --- OV3
    OVBUS --- OV4
    OVBUS --- OV5
    OVBUS --- OV6
    OVBUS --- OV7
    OVBUS --- OV8
Hardware Landmark: Waist-Height Turnstile

!400
Above: A standard tripod turnstile. The controller relay connects to the internal logic board to trigger the solenoid release.

🧠 The Concept

Unlike standard doors that need constant power (Maglock) or a continuous trigger (Strike), Turnstiles usually only need a short Momentary Pulse (0.5 - 1 second) to allow one rotation.

🛠️ Hands-on Steps

  1. Volt-Free Contact: Most turnstiles provide their own power. You must use a "Dry Contact" (Volt-Free) relay from the Inner Range controller.
  2. Pulse Time: In Integriti software, set the "Door Unlock Time" to 1 second.
  3. Rotation Feedback: High-end turnstiles have a "Rotation Complete" switch. Wire this back to an input to accurately count users entering.

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