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ASSEMBLY AND OPERATION MANUAL WHD-05 Electromechanical swing gate...
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WHD-05 Electromechanical swing gate CONTENTS APPLICATION ........................2 OPERATING CONDITIONS ....................2 TECHNICAL SPECIFICATIONS .................... 2 DELIVERY SET ........................3 Standard delivery set ....................... 3 Additional equipment and installation accessories (to be supplied upon request) .... 4 DESCRIPTION ........................4 Main features ........................
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• APPLICATION The WHD-05 Electromechanical swing gate, hereinafter referred to as the swing gate, is a blocking device designed for management of pedestrian flows and passage restriction. Its elegant contemporary design blends perfectly into the interiors of offices, shopping malls and exhibition halls, airports, railway terminals, etc.
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Two types of swing panels are available for the WHD-05 swing gate: ASG-650 for a passageway width of 700 mm and ASG-900 for a passageway width of 950 mm.
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Assembly and Operation Manual Additional equipment and installation accessories (to be supplied upon request) WRC kit ............................1 Intrusion detector .......................... 1 Siren .............................. 1 Anchor with M10 bolt and washer ....................3 Figure 2. General view: 1 – gate post, 2 – swing panel, 3 – indication module, 4 –...
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WHD-05 Electromechanical swing gate Main features The gate boasts increased mechanical resistance and a high throughput rate. • The gate can be supplied with a short or long swing panel, allowing for a passageway width of • 700 mm (ASG-650) or 950 mm (ASG-900) respectively.
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Assembly and Operation Manual Electronic elements of the gate are divided into the control module and the switching module to make installation more convenient (see Fig. 3); they are produced on separate printed circuit boards and connected with two patch cables: a power cable and control cable. The control module board is rigidly fixed inside the gate post.
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WHD-05 Electromechanical swing gate 5.2.3 RC panel The RC panel (4) is designed for sending gate control commands in manual mode. The RC panel comes as a compact desktop device with a shockproof plastic case and a flexible multicore cable.
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Assembly and Operation Manual Figure 5. ACS control element – normally open relay contact Figure 6. ACS control element – open collector output circuit The control signal duration during which the operation mode can be changed shall be min. 100 msec.
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WHD-05 Electromechanical swing gate When the control signal is transmitted to the Stop input, the swing panel locks and remains locked while the signal is active irrespective of signals transmitted to the Unlock A and Unlock B inputs. After removal of the signal from the Stop input, the gate status depends on signals transmitted to the Unlock A and Unlock B inputs.
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Assembly and Operation Manual 5.4.1 Fire Alarm input The Fire Alarm emergency unlocking device is connected, according to the electrical connection layout (see Fig. 10), to the Fire Alarm and GND contacts of the XT2.L terminal block on the switching module board. If the Fire Alarm input is not used, it is necessary to install a jumper between the Fire Alarm and GND contacts.
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WHD-05 Electromechanical swing gate When the power is off, relays have normally-opened contacts. The Common contact (common for these relays) is not connected to the negative terminal of the gate’s power supply unit. When the power is on and the status is normalized, PASS A, PASS B, and DETECTOR relay contacts are closed (the relay coil is energized), and ALARM relay contacts are open (the relay coil is de-energized).
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Assembly and Operation Manual Operation safety Observe general electrical safety requirements for the use of electrical equipment when using the swing gate. Warning! Do not use the swing gate in environment different from that specified in the Operating • Conditions section. Do not connect the swing gate to a power supply unit with a voltage different from that •...
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WHD-05 Electromechanical swing gate Table 2. Types of cables used for assembly Equipment connected to Max. length Cross-section, Cable type Cable example switching module of cable, m , min. AWG 18; 2×0.75 flat Twin wire 0.75 two-color PVC cord 1 Power supply unit AWG 16;...
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Assembly and Operation Manual 5. Install anchor sleeves in the drilled holes in the floor so that they would not protrude from the floor surface. 6. If it is necessary to lay cables under the floor, prepare a cable duct in the floor so that cables can be inserted into a hole in the base of the gate post.
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WHD-05 Electromechanical swing gate Table 3. Legend to Fig. 10 Q-ty, Name Power patch-cable of control module Control patch-cable of control module Indication cable Jumper wire in absence of FA (A8) device, installed by default Imp/Pot jumper wire for mode selection (pulse / potential, see Section 5.3.2),...
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Assembly and Operation Manual Power-up Follow these instructions when switching the swing gate on: 1. Connect the mains cable of the swing gate’s power supply unit to the mains with a voltage and frequency as specified in its operational documentation. 2.
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WHD-05 Electromechanical swing gate Control commands in potential mode Operation modes of the swing gate are set via the RC panel and indicated in accordance with Table 5. When a control signal arrives at one of two passage direction contacts (Unlock A or Unlock B), the swing panel is unlocked for rotation in any direction.
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Assembly and Operation Manual TRANSPORTATION AND STORAGE The swing gate in the manufacturer’s original packaging is allowed to be transported only in closed transport (railway cars, containers, closed motor cars, holds, airplanes, etc.). During storage and transportation, boxes may be stacked no more than 5 layers high. The swing gate should be stored in dry indoor facilities at ambient temperatures between -50°C and +50°C.
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WHD-05 Electromechanical swing gate APPENDIX 2. Control commands in potential control mode Note: For ACS controller outputs: • high level – either contacts of the output relay are broken or the output transistor is closed, low level – either contacts of the output relay are closed or the output transistor is open.
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