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Neat WALL Famiy Technical Handbook

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WALL Family
Technical Handbook
NE41 11014-02 v4.1

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Summary of Contents for Neat WALL Famiy

  • Page 1 WALL Family Technical Handbook NE41 11014-02 v4.1...
  • Page 2 Information in this user manual is subject to change without notice. NEAT Electronics AB reserves the right to change or improve their products and to make changes to the content without obligation to notify any person or organization of such changes or improvements.

  • Page 3: Table Of Contents

    Content Introduction Intended use General This handbook Hardware General Front design 2.2.1 Product variants LEDs and connectors Backside design The screw connector Mounting frames 2.6.1 1 mm mounting frame 2.6.2 13 mm mounting frame (accessory) 2.6.3 Mounting frame IP44 (accessory) Power supply 2.7.1...
  • Page 4 One and two button Presence modes 4.5.1 One button presence mode 4.5.2 Two button presence mode Autoready Built in action plan LEDs Radio transmission 4.10 OUT1 and OUT2, relay outputs 4.11 IN1 and IN2, wired inputs 4.12 J1 and J2, Jumpers 4.13...
  • Page 5 5.12 Preferences tab 5.12.1 Radio parameters 5.12.2 Relay outputs 5.12.3 Technical alarms 5.12.4 Technical info 5.13 Config tab 5.13.1 Radio parameters 5.13.2 Presence/Ready 5.13.3 Technical alarms 5.13.4 Technical info Configuration examples Exiting a door by pressing a PUSH 6.1.1...
  • Page 6 Document revision history Date Version Revision details 2011-12-19 Release of v1.0 2012-05-08 Relase of v2.0 2013-11-18 Release of v3.0 General review of document layout, Information about IP44-ready products added to chapter “2.2.1 Product 2019-06-24 variants” och “2.6 Mounting frames” and references about D-POS II in chapter “5.3 Software startup”.

  • Page 7: Introduction

    Introduction Intended use The WALL products are inteded for nursing homes and wardens as an I/O operating unit, meaning it receives input either by radio or cable and performs actions, either by sending radio messages or operating an electric relay.

  • Page 8: Hardware

    Hardware General WALL units can be mounted in an electric coupling box (inset) or on the wall with a wall frame (optional). The unit is designed so that all components and connectors fit into a standard coupling box with cc 60mm between the screws.

  • Page 9: Leds And Connectors

    LEDs and connectors Picture 1. Front cover of a PUSH+PEAR. LED(s) All variants have at least one LED to indicate function, state etc. Buttons The buttons work as pushbuttons. Key cylinder A key cylinder allows for a caregiver to “turn on/off” the unit, which can be used to manually decide what times the unit will be operational.

  • Page 10: Backside Design

    Backside design The PCB is identical for all product variants but can be equipped with different connectors depending on the product. In general the PCB looks like below. Picture 3. The backside of a WALL PCB. Denomination Place for 6.35 mm telejack connector/pull cord/key cylinder...

  • Page 11: The Screw Connector

    The screw connector The screw connector is for wiring inputs and outputs to the unit. • Screw head: 3.5 x 0.6 mm (flat blade screw driver). • Cable dimension: AWG 30-15 (0.05 - 1.5 mm 10-28 VDC Picture 4. Schematic layout of the screw connector.

  • Page 12: Mounting Frames

    Mounting frames There are 3 different mounting frames to mount the unit on the installation. The IP44 mounting frame enables IP44 class protection for an IP44 ready unit, see "2.2.1 Product variants". 2.6.1 1 mm mounting frame Picture 5. 1 mm mounting frame.

  • Page 13: Mounting Frame Ip44 (Accessory)

    2.6.3 Mounting frame IP44 (accessory) The IP44 mounting frame is designed to provide IP44 class protection to IP44 ready product variants, see "2.2.1 Product variants". The IP44 mounting frame is also 13 mm high. It is important to secure that the surface of the wall where the mounting frame is placed is flat and smooth so the mounting frame closes tightly to the wall.

  • Page 14: Power Supply

    Power supply The unit can be powered from 2 pcs of AAA alkaline batteries or from 24 V . If using both batteries and 24 V , the batteries will work as power backup. 24 V connected to connectors 7 and 8.

  • Page 15: Wior Category Products

    LED1 Button 1 (Red) Place for tele jack connector/key cylinder/pullcord Place for NEAT emblem Table 4. Front cover components denominations. LED1 is used for visual indication and can indicate in green, red and yellow colour. The LED is behaving slightly different depending on whether the unit is battery operated or powered by 24 V When the unit is started LED1 flashes yellow once.

  • Page 16: Out1 And Out2, Relay Outputs

    OUT1 and OUT2, relay outputs There are two outputs which will be opened and closed according to action plan or remote activation message. The outputs are galvanic separated from the wired inputs and each other. Each output can be configured to be normally open or normally closed.

  • Page 17: Port 1 And 2

    3.5.1 Port 1 and 2 Port 1 and Port 2 are inputs, available if a 6.35 stereo telejack connector is mounted on the PCB. On a stereo teleplug, Port 1 is the tip and Port 2 is the ring. If a mono teleplug is used, only Port 1 is available.

  • Page 18: Manual Configuration

    Manual configuration These units can be manually configured regarding adding radio transmitters and how the two relay outputs should act when the added transmitter is activated. The procedure is in short: 1. Determine what position to activate. 2. Add the radio transmitter.

  • Page 19: Remove A Transmitter

    13. The unit starts blinking red, allowing the setting the action for relay 2. Picture 13. Sequence 2. 14. Press any button at the appropriate action blink. 15. If programming is successful LED1 rapidly blinks green for 2 seconds.

  • Page 20: Room Category Products

    Button 1 (Red) LED2 Button 2 (Yellow) LED3 Button 3 (Green) Place for tele jack connector (ROOM+PEAR) Place for NEAT emblem Table 7. ROOM and ROOM+PEAR front cover components (also valid for 3PUSH+PEAR). NE41 11014-02 v4.1 WALL - Technical Handbook...

  • Page 21: Radio Controlled Mode

    Radio Controlled Mode If the unit is used in an environment with a superior system (such as D-SERVER), it can be used as a “dumb” transceiver where the D-SERVER tells what the unit should do when a certain button is pressed, i.e. the unit is in Radio Controlled Mode. The superior system handles all requests and decisions from pushed buttons and/or activated inputs etc..

  • Page 22: Autoready

    Autoready If the user forgets to press Ready when unit is in Presence or Assistance mode, the unit automatically returns to Standby mode after 30 minutes (configurable to 1-255 minutes or Off) and an Autoready alarm is also sent.

  • Page 23: Leds

    LEDs When the unit is started LED1, LED2 and LED3 flashes yellow once in sequence. When the unit is powered by 24 V the LEDs indicates alarm status. Depending whether the unit is using One or Two button Presence, the LEDs are lit differently.

  • Page 24: J1 And J2, Jumpers

    4.12 J1 and J2, Jumpers There are two jumpers for configuring the unit, see below. Jumper# On (mounted) Off (not mounted) Radioreceiver on, 24V mode Radioreceiver off, battery mode Input IN2 normally closed Input IN2 normally open Table 10. WALL jumper settings.

  • Page 25: Wall Family Programmer

    The WALL Family Programmer is a simple yet powerful tool to configure and set parameters for a unit as well as creating a template for batch programming. The programming is performed by using a NPU (NEAT Programming Unit). The NPU is sold separately, ask your distributor for more information.

  • Page 26: File Menu

    When the software is installed, a default configuration named Default_nnn.wall is placed in the directory named C:\Document and Settings\All users\Common Documents\NEAT\WALL Config\ and is the template used when the item New is selected. Change the default configuration by browsing to an alternate location or simply select from available configurations in the default installation folder.

  • Page 27: Communication Menu - Wior Category

    Bild 19. Default configuraton directory. Communication menu - WIOR Category Picture 20. Communication menu. 5.5.1 Read from/write to device To read/write configurations, follow this general procedure: 1. Connect NPU to USB port and power adaptor. 2. Insert a jumper on J1 in the device.

  • Page 28: Communication Menu - Room Category

    6. During the configuration session the below pop up screen is diplayed and LED1 blinks green. Picture 22. Pop up window when reading from the unit. 7. If configuration session is successful, the pop up screen is closed and a confirmation is displayed in the lower left of the programmer window.

  • Page 29: Change Unit Id Code

    Press button 1 again to read the configuration Picture 26. Press button 1 again to read the unit’s configuration The configuration parameters are now read into the software and in the lower left corner a message displays the successful read.
  • Page 30 Picture 30. Press button 1 to read the unit’s code Picture 31. Confirm the new radio ID code by pressing Yes. Picture 32. Press button 1 again to start writing to the device. Picture 33. The radio Id code change was successful.

  • Page 31: Help Menu

    Help menu The Help drop down item displays the About box which is read-only information about the WALL Programmer and the NPU software version. Picture 34. Help menu. Picture 35. About box. The tabs Depending on the selected product, different tabs are displayed. The tab Select device is always displayed.

  • Page 32: Buttons And In- And Outputs Tab

    Buttons and in- and outputs tab Available only for WIOR devices This tab enables the user to customize the behaviour when any of the buttons, ports and inputs/outputs are trigged. Picture 36. Buttons and in- and outputs tab. Each button, port and input can be assigned its own alarm type and radio ID code.

  • Page 33: Input Type

    As an idea of how this works it can be viewed as a chain of questions: 1. What input is trigged? 2. Are the conditions met? 3. What action should be applied? The flowchart below illustrates the process. Input event...

  • Page 34: Conditions

    IN1 and IN2 When IN1 and/or IN2 are trigged the logic can take a look at either jumper J2 (which determines if both inputs should be normally open or normally closed, previously described in "3.4 J1 and J2, jumpers") or use the value selected.

  • Page 35: Position

    When a Radio event is trigged the logic in the unit looks at Radio event #1 and checks the criterias and conditions. If this first action is not executed (no criteras and/or conditions are met) the next Radio event is examined.

  • Page 36: Radio Id

    5.10.2 Radio ID The Radio ID code can be diretcly entered in the box or by pressing the grey button to the right to receive the Radio ID code from certain device. Specify a certain Radio ID by its four digit hexcode, eg. A7B5. To enable a range of Radio ID codes add a wildcard * (star).

  • Page 37: Actions Tab

    5.11 Actions tab Picture 40. Actions tab. Only available for WIOR devices. The unit can store up to 15 different actions and each action can be defined to fit desired needs and demands. 5.11.1 Alarm type This list determines whether a transmission should occur when the action is executed and if yes, what alarm type to transmit.

  • Page 38: Preferences Tab

    • Yes, function on (default) • No, function off Ignore received acknowledge As default the unit is set to NOT ignoring acknowledges sent by other NEAT radio units. • Yes, function on • No, function off (default) Max number of short transmissions...
  • Page 39 Max number of bursts Bursts are repetitions of transmissions. E.g. if short transmissions are set to 3, long transmissions to 0 (zero) and number of bursts to 2, it will look like below. Then the device sends 3 short transmissons (in a burts), waits for a while (Time between bursts) and sends another burst of transmissions.

  • Page 40: Relay Outputs

    5.12.2 Relay outputs Contact type This setting determines the default state for the output relays. • Normally open (default) • Normally closed Group activation codes (0=disabled) This setting is only useful when the unit is used in a D-SERVER System. This enables the D-SERVER System to broadcast a specific code designated for units configured to listen for this specific code.

  • Page 41: Technical Info

    Two ore more units must NOT have the same Unit ID code! Ignore received acknowledge As default the unit is set to NOT ignore acknowledges sent by other NEAT radio units. • Yes, function on • No, function off (default)

  • Page 42: Presence/Ready

    Max number of bursts Bursts are repetitions of transmissions. E.g. if short transmissions are set to 3, long transmissions to 0 (zero) and number of bursts to 2, it will look like below. Then the device sends 3 short transmissons, waits for a while (the “Time between bursts”) and sends another “burst”...

  • Page 43: Technical Alarms

    Single button presence (one-button indication) Select if the unit should use single button or bouble button Presence. • No, function off (default) • Yes, function on Auto ready time (minutes), (0=off) Enter the time in the interval of 0-255 minutes, where 0=Off.

  • Page 44: Configuration Examples

    Configuration examples Exiting a door by pressing a PUSH In this example the situation is quite straightforward: in a residential home a door needs to be monitored from a reception or similar. Prerequisites: • A D-POS and a D-POS Antenna are mounted on a door post. A PUSH is mounted next to the door post or in the vicinity.

  • Page 45: General Idea About The Setup

    6.1.1 General idea about the setup The D-POS unit (with a connected D-POS Antenna) registers who approaches the door. The caregiver is automatically given permission to open the door (i.e. it unlocks automatically when the caregiver approaches the door) while the caretaker must press the red button on the PUSH unit to unlock the door.

  • Page 46: D-Atom Care Giver

    RFID tab • Check the box RFID enabled. • Uncheck the box Personnel device. • Check Zone 0, uncheck all other zones. • Leave D-POS Codes empty. Picture 47. RFID settings of D-ATOM for care giver. D-ATOM care giver General tab •...

  • Page 47: D-Pos Settings

    RFID tab • Check the box RFID enabled. • Check the box Personnel device. • Check Zone 0, uncheck all other zones. • Leave D-POS Codes empty. Picture 49. D-ATOM RFID settings for care giver. D-POS settings • Set Antenna 1 to Always ON.
  • Page 48 Action settings Three actions must be defined and when done it should look like below. Picture 51. PUSH Actions settings. Action #1 settings Set Action #1 to the following: Item Selected value Alarm type No transmission Relay 1 action...
  • Page 49 Radio events settings Next step is to define the Radio events. Radio event #1 is defined for action when the care taker approaches the door. • Enter “3000” in the box Position. This is to filter out any other D-POS IDs but the D-POS on the door.
  • Page 50 Preferences settings Picture 54. PUSH Preferences settings. The PUSH unit is assigned ID code 4000 and the only value altered from the default configuration is Pulse activation time which is set to 10 seconds. The relays #1 and #2 are set to normally open so when the relay closes, Relay 1 activates the door lock and Relay 2 light up the light indication.

  • Page 51: Safety And Disposal

    European Union, this label indicates that this product should not be disposed of with household waste. It should be deposited at an appropriate facility to enable recovery and recycling or returned to NEAT Electronics AB. WALL - Technical Handbook NE41 11014-02 v4.1...

  • Page 52: Appendix A Technical Data

    Appendix A Technical data Data Value Dimension (excl. wallframe) 86 x 86 x 14 mm Weight (excl. batteries) 64 g Supply voltage 10 V Supply power 28 V , 100 VA Battery type GP Ultra Alkaline AAA or GP Super Alkaline AAA...

  • Page 53: Appendix B Alarm Types

    Appendix B Alarm types ID (hex) ID (decimal) Alarm type 0x00 No alarm type 0x02 User alarm from button 0x08 Mains failure 0x09 Mains return 0x0B Battery alarm 0x0E Presence indication 0x0F Ready indication 0x10 Auto ready indication 0x14...
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