DAITEM SH101AX Installation Manual
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DAITEM SH101AX Installation Manual

DAITEM SH101AX Installation Manual

Bir barrier beams
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Upgraded for e-Nova applications

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Summary of Contents for DAITEM SH101AX

  • Page 1 Upgraded for e-Nova applications...

  • Page 2: Table Of Contents

    The user must not attempt to access the device’s internal parts, except areas described in this manual. If the user does access these parts, the product guarantee will be considered null and void and DAITEM shall not be held responsible for any problems. Touching the device’s internal parts and/or electronic components can damage the product.

  • Page 3: Foreword

    Foreword Thank you for purchasing our infra red barrier beam. In order to carry out the installation under the best conditions, we strongly advise: 1. first reading chapter “1. Presentation”, 2. carefully selecting the siting of the various modules and the “type of protection” described in this Installation Manual, 3.

  • Page 4: Presentation

    (press • SH103AX: infra red barrier, 2 beam 60 m with radio. on the control panel keypad to • Detection Barriers SH100AX, SH102AX, SH101AX and SH103AX are barriers with active check the version). • The operating differences with infra-red beams intended to provide perimeter or trap detection around the exterior of the...

  • Page 5: Function

    Daitem Espace alarm control panel. • Chaining/Stacking Function: infra-red barriers without radio, models SH100AX or SH101AX can be connected to the radio infra-red barriers models SH102AX or SH103AX by cable, making it possible to add additional and/or stacked detection beams •...
  • Page 6 The barrier does not include the “AND” function (which only detects movement when all the beams are interrupted). INFRA RED BEAM BARRIER TRANSMITTER RECEIVER column column SH100AX or SH101AX Slave module: Slave module: Infra red transmitter Infra red receiver 1 dual infra red beam without radio...

  • Page 7: Description

    1.2 Description Cover Detection module Back box Mounting base Back box external view internal view Back box Hood Radio module fixing screw anti-tamper connector block switch Back box anti tamper actuation pin Push button Front cover fixing screw Back box anti tamper, opening and forcing infra red transmission channel selector...

  • Page 8: Accessories

    1.3 Accessories • Barrier beam units,without radio For the installation of additional chained or stacked infra red transmitter or receiver modules: - 4 gland inserts, Screws M4×30: 4 Screws M3×8: 6 - 4 joint seals, - 4 terminal blocks • Accessories not provided: wall fixing anchors, mounting poles, interconnect wire or cables.

  • Page 9: Opening Cover

    2.2 Opening cover 1. Loosen the cover screw. 2. Release the cover from the bottom. 3. Rotate & remove upwards. 2.3 Guarantee label TRANSMITTER module Remove the pre-cut part of the sticker and stick it to the guarantee certificate in the user TRANSMITTER manual supplied with the control panel.

  • Page 10: Preparation Of The Wireless Transmitters & Receivers (Sh102Ax Or Sh103Ax)

    3. Preparation of the wireless transmitters & receivers (SH102AX or SH103AX) 3.1 Power supply NOTE: to identify the models with built-in radio transmitters Terminal block SH102AX & SH103AX: Push button (radio module • refer to the reference printed on the product label located only) on the back box •...

  • Page 11: Programming The Wireless Modules

    3.2 Programming the wireless modules The programming/learning-in of the radio ATTENTION: when learning-in the Infra red radio transmitter units into the control panel, transmitters of the Infra red beams make certain they are at least 2 metres away from the control panel. establishes their recognition and identity To Learn-in a wireless barrier beam system: within the control panel memory.

  • Page 12: Voice Identification Message Recording

    3.3 Voice identification message recording In order to easily identify the beams and their columns it is possible to record individual vocal messages of 3 seconds duration at the control panel for each of the radio transmitters and so identify the single barrier beam or stacked/chained beam. A table is available at the end of the manual to in order to note the messages and the position of their respective beams or columns.

  • Page 13: Wireless Receiver Alarm Level Parameter Setting

    3.4 Wireless receiver alarm level parameter setting The factory default setting for the infra red receiver, with radio, is “deterrence” (for system capabilities refer to the Installation guide accompanying your control panel). NOTE: if you wish an Intrusion alarm to be signalled by the control panel programme parameter 5 to value “1”, see table below. It is possible to change the alarm level setting using the following sequence: Parameter No.

  • Page 14: Arming With A Beam Blocked (In Alarm) Or An Anomaly

    3.5 Arming with a beam blocked (in alarm) or an anomaly If an obstacle (leaves, animals etc.) is present in the path of an infra-red ray (2 beams) or in the event of misalignment of a barrier, when the control panel is switched on, the control panel will announce this problem with the message “Beep, detector X open” or “Beep, ON, detector X open”.

  • Page 15: Infra Red Barrier Installation

    4. Infra red barrier installation 4.1 Choice of module positioning for various types of protection 2. Long distance detection barrier with stacking of 2 twin beam ATTENTION: to avoid the infra red interferences which can occur, modules per barrier. when several infra red modulesare used on one long distance or in the applications with chaining/stacking of modules to form a column or tower barrier, it is necessary, in in the planning stage Transmitter...

  • Page 16: Installation Precautions

    • keep within the quoted installation height. between 40 and 48 mm. wall or fence. Installation range SH100AX and SH101AX: up to 30 m SH102AX and SH103AX: up to 60 m 0,7 m - 1 m The module should not be placed: On an unstable surface.

  • Page 17: Testing Radio Connections (Sh102Ax & Sh103Ax)

    4.3 Testing radio connections (SH102AX & SH103AX) 1. Before fixing the IR transmitter and receiver modules with the built-in radio, place them near the intended mounting position and check the radio connections with the control panel. If the connection is correct, the control panel states the identification vocally of activated module.
  • Page 18 4.4.2 Fixing to a pole In the case of the installation of an infra-red module on a pole, first of all insert the plastic screw (provided) in the base anti-tamper pin. 1. Retain the anti-tamper pin and insert the plastic screw. 2.
  • Page 19 If the IR beam units SH102AX or SH103AX (with built-in radio transmitters), are to be extended or stacked with slave IR beams SH100AX or SH101AX (without built-in radio transmitters), continue the installation with chapter “4.5 Interconnecting multiple non radio beam sets”, if not close the case and go to chapter “5. Configuration and adjustments of infra-red detection”.

  • Page 20: Interconnecting Multiple Non Radio Beam Sets

    Infra red receiver 1 dual infra red beam without radio without radio Round multi-core cable, approx 5 mm SH100AX or SH101AX dia., 4-wire telephone type each approx 0.22 sq mm. Max length approx 100 m for extended range applications Radio transmission to control panel...
  • Page 21 4.5.3 Connection NOTE: for certain applications, the stacking of more than 2 modules is impossible (see chapter “4.1 Choice of module positioning for various types of protection”). “End-of-Line” 4.5.1 Positioning of the modules terminator terminal block Uppermost NOTE: in order to respect the radio constraints specific to the slave (taken from the system, the modules with the built-in radio transmitters MUST be...
  • Page 22 4.5.4 Installation of an IR column (transmitter or receiver) 1. Assembly of the radio module NOTE • The IR transmitter module with radio is SH102AX or SH103AX, marked “TRANSMITTER”. • The IR receiver module, with radio is SH102AX or SH103AX marked “RECEIVER”. Take the radio module, of the column to be installed, identified by the labels located on the back case and on the IR module, then remove the battery from its housing.
  • Page 23 • Insert the 4 wire (cross section 0.22 mm • Adjust & trim the connecting cable, telephone type connecting cable (round removing excess length, & connect the approx 5 mm), up to 100 m approx. max 4 wires to the upper terminal block. length •...
  • Page 24 NOTE: • The IR transmitter, without a radio module, models SH100AX & SH101SAX, are labelled “TRANSMITTER”. • The IR receiver, without radio module, models SH100AX & SH101AX, are labelled “RECEIVER”. A. At the first slave module B. Open the lower cable C.
  • Page 25 G. In the module at the top of the • Insert the connection cable of the • Make the connections on the lower column, connect the End-of-Line previous module through the lower terminal block terminator to the upper terminal cable gland •...

  • Page 26: Configuration And Adjustments Of Infra-Red Detection

    5. Configuration and adjustments of infra-red detection 5.1 Description Receiver (RECEIVER) & transmitter (TRANSMITTER) with or without radio transmitters Receiver: control jack, optical alignment test points Receiver (RECEIVER): micro-switches Receiver Récepteur 1, 2: detection speed 3: inhibit time 4: not used (MUST be positioned to OFF) 5: select NC/NO (must be positioned OFF) Transmitter (TRANSMITTER): micro-switches Transmitter...

  • Page 27: Selection Of Infra Red Beam Transmit & Receive Channels

    5.2 Selection of infra red beam transmit & receive channels The selection of the infra red transmission/reception channel must be made to avoid infra red interference, this can occur, when several beam units are used for extended distance or stacking applications in close proximity to each other. 1.
  • Page 28 b. Extended distance protection with 2 beam stacking maximum. As the receivers B, E & F, could receive infra red transmissions from transmitter A, select the channels indicated in the small squares below. Transmitter A Receiver A Receiver C Transmitter C Transmitter E Receiver E Transmitter A Receiver A...

  • Page 29: Selection Of Normally Closed/Normally Open

    5.3 Selection of Normally Closed/Normally Open Check that micro-switch “3” of each “TRANSMITTER” and Transmitter Receiver Emetteur Récepteur micro-switch “5” of each “RECEIVER” is selected at the “OFF” position (NC). 5.4 Optical alignment & verification Optical alignment is an important adjustment to increase the reliability of the product.In order to reach the maximum performance, it is essential to follow the 3 following stages exactly: 1.
  • Page 30 Initial setting Look at the sighting card through the eyepiece then adjust the horizontal & vertical angles until the associated IR module appears in the centre of the sighting card and in the centre of the eyepiece, as per the adjacent diagrams. Eyepiece Look through the eyepiece...
  • Page 31 3. Making the final adjustments Adjust the horizontal & vertical angles and verify the best level of alignment by viewing the test point voltage with a multimeter and the status of the alarm LED. ATTENTION: assure precise adjustment with a voltmeter. Réglage approximatif à...

  • Page 32: Adjustment Of Detection Speed

    5.5 Adjustment of detection speed The factory default beam interruption time is set at Receiver 50 ms for normal functioning. This can be modified using micro-switches 1 & 2 located on the front of the RECEIVER. According to the supposed speed of the potential intruder select from the 4 available.

  • Page 33: Functional Installation Test

    6. Functional installation test 6.1 Status of LED indicators Detector status LEDs Transmitter Receiver Transmitter: power ON Powered: lit Receiver: beam broken Alarm: lit Transmitter and receiver: Low battery Low battery: flashing Power ON LED Alarm LED transmitter Low battery LED Low battery LED 6.2 Detection test 1.

  • Page 34: Radio Connection Test

    6.3 Radio connection test 1. To facilitate efficient & rapid testing, position the micro-switches, 1 of the transmitter and 3 of the receiver to “OFF” (see table below). Transmitter Receiver Transmission repetition period Radio transmission activated every 2 seconds When setting at 120 seconds in the event of permanent detection/beam interrupted the radio transmission is activated only once per period of 120 s.

  • Page 35: Live Tests

    7. Live tests CAUTION: the high output sound power of the siren can cause hearing disorders, it is suggested taking precautions during the tests and warning participants and persons in the close vicinity. With the control panel in “User” mode: installer code Close all the protected zones and wait a minimum of 90 seconds.

  • Page 36: Maintenance

    The user must not attempt to access the detector’s internal parts, except areas described in this manual. If the user does access these parts, the product guarantee will be considered null and void and DAITEM shall not be held responsible for any problems.

  • Page 37: Changing The Batteries

    8.1.2 According to the model of infra red beam • When the cover is open all the infra red modules signal power fault by flashing the red Low Battery LED. • Only the receiver permits indicating infra red transmission fault, by flashing or steady illumination of the Alarm LED. Detector status LEDs Transmitter...
  • Page 38 3. Replace the used batteries. CAUTION WARNING: do not mix batteries with different charge levels • Remove ALL the BATTERIES before replacing them by the new (e.g. new batteries with depleted batteries). Not respecting the ones. above warning can cause an explosion, escape of electrolyte, •...

  • Page 39: Summary Of Adjustment Of The Microswitches

    9. Summary of adjustment of the microswitches Transmitter = “TRANSMITTER” Receiver = “RECEIVER” • Micro-switches not used: Transmitter Receiver Verify that micro-switches, 2/3 of each transmitter & 4/5 of each receiver are positioned Transmitter Receiver Emetteur Récepteur at OFF. • Adjustment of the speed of detection (receiver only) Micro- switch...

  • Page 40: Installation Sheet

    10. Installation sheet LIST OF RADIO MODULES Beam Type Detector Personal message or location Group Delay/period Alarm Siting/position level (receiver) Example Receiver Beam 1, receiver column Immediate Prealert Entry gate Transmitter Beam 1, transmitter column...

  • Page 41: Technical Specification

    11. Technical specification Technical details Infra red beams SH100AX SH101AX SH102AX SH103AX Detection range 30 m 60 m Method of detection interuption of infra red beam Number of selectable channels Beam Interuption period variable between 50, 100, 250 & 500 ms (4 choices)
  • Page 42 Dimensions 164,5 mm 88 mm 83,5 mm...
  • Page 43 • Low voltage directive: 2006/95/EC • Directive ROHS: 2002/95/EC in compliance with the following harmonised European standards: Products code SH100AX SH101AX SH102AX SH103AX EN 300 220-2 V2.1.2 EN 50130-4 (95) + A1 (98) + A2 (2002) EN 60950 (2006) EN 301 489-1 V1.8.1 This product can be used in all EU, EEA Countries and Switzerland.

This manual is also suitable for:

Sh103axSh102axSh100ax

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