Table of Contents
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Table of Contents
Related Manuals for Neat INKA
Summary of Contents for Neat INKA
- Page 1 IOR Family Technical Handbook...
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Page 2: Table Of Contents
INKA, IOR, REPO & LINK Contents Introduction............................4 About This Manual ........................4 Overview ........................... 5 1.2.1 INKA – Radio Transmitter for Wired Inputs ............... 5 1.2.2 IOR – Radio Transceiver for Wired I/O................6 1.2.3 REPO – Radio Repeater ....................7 1.2.4 LINK –... - Page 3 Battery Charge Duration ......................34 Technical Alarms ........................35 3.7.1 Radio Test Alarm ......................35 3.7.2 Battery Alarm: INKA, IOR and REPO................35 3.7.3 Mains Failure ........................36 3.7.4 Mains return........................36 Technical Handbook for the IOR Family (firmware v20.x), document number NE41 06007-02 v1.0...
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Page 4: Introduction
Configuration can be done in two ways: 1. Mounting or removing jumpers on the PCB inside the unit 2. Programming from a computer with NEAT Programming Unit (NPU). A programming instruction for the NPU can have an appearance as below:... -
Page 5: Overview
INKA has the appearance as in the picture below. The size of the plastic cover is 65 x 65 x 23 mm, not including the mounting flanges. The width with the mounting flanges is 89 mm and the distance between the mounting holes is 76 mm. -
Page 6: Ior - Radio Transceiver For Wired I/O
(NEO) or a portable transceiver (TREX or HOME). When IOR itself has received a pre-programmed radio code, usually from an ATOM or an INKA, the output will be activated. The unit can handle up to five digital inputs and one output. The output can be configured to have a pulse, toggle or static function. -
Page 7: Repo - Radio Repeater
Radio repeater REPO is intended to extend the radio coverage area for home care phones and its auxiliary equipment. When a signal from an ATOM or INKA is received, the signal will be forwarded by REPO with a higher output power level. The unit may be configured to retransmit either all radio signals or just a number of signals with pre-programmed codes. -
Page 8: Link - Radio Receiver
1.2.4 LINK – Radio Receiver Radio Receiver LINK is intended to be used together with ATOM or INKA as a stand-alone solution. When a radio signal with a pre-programmed radio code is received the output of the LINK will be activated. -
Page 9: Connectors
INKA, IOR, REPO & LINK 1.3 Connectors The connectors are located at the bottom side of the unit. All connectors are of modular (western) type. 1.3.1 INKA Connector Type Marking Function Power Connector for the AC/DC adapter. Also used for programming with NPU. -
Page 10: Batteries
INKA, the battery lifetime is up to 10 years when INKA is in power save mode and up to 20 months when INKA is in normal power mode. If an AC/DC adapter is used, the batteries are used as a backup in case of power failure. -
Page 11: Inputs: Inka And Ior
1.2.2. Up to 5 alarm sensors can be connected to the same INKA or IOR unit. The first sensor is connected between pin 3 and 8 in the input connector, the second sensor is connected between pin 4 and 8, the third between pin 5 and 8, the fourth between pin 6 and 8 and the fifth sensor is connected between pin 7 and 8 in the input connector. -
Page 12: Outputs: Ior, Repo And Link
The description from section 1.8 is repeated here for your convenience. The unregulated voltage from the AC/DC-adapter is supplied between pin 1 and pin 8 in the output connector. With the standard AC/DC-adapter from NEAT, this voltage is 5-9V . A total of 250 mA may be drawn from pin 1 and 8. -
Page 13: Programming / Configuration
2.1.1.1 Installation of the program The NPU is connected between the unit to be configured (INKA, IOR, REPO or LINK) and the USB port of a computer. When you have received your NPU, follow the steps below. IMPORTANT! Do not connect the NPU until you have finished the installation of the program. -
Page 14: Ior Programmer, Radio Input Tab
INKA, IOR, REPO & LINK 2.1.3 IOR Programmer, Radio Input Tab When you have selected the product model you will see the following screen. Depending on which product model you have chosen, the text in some of the fields may be gray showing that these fields are disabled, and the corresponding parameter can not be changed for the current product model. -
Page 15: Ior Programmer, Wired Input Tab
INKA, IOR, REPO & LINK 2.1.4 IOR Programmer, Wired Input Tab Explanation of controls 201-205 Input type for each wired input 211-215 Activation of relay output 221-225 Radio transmission and choice of radio ID code for outgoing alarm 231-235 Radio ID code used for outgoing alarm... -
Page 16: Ior Programmer, Preferences Tab
Disable acknowledge for incoming messages Transmission delay according to jumper settings, field 313 is ignored Maximum number of hops according to jumper settings, field 314 is ignored Product type: INKA, IOR, REPO or LINK Firmware version Hardware version (currently not used) -
Page 17: Jumper Configuration
INKA, IOR, REPO & LINK 2.2 Jumper Configuration Some of the basic configuration parameters can be changed by mounting or removing jumpers on the circuit board inside the unit. A configuration parameter is only affected by jumper settings if the parameter is configured to “Use jumper(s)”... -
Page 18: Input Mode For Wired Input 1-3
INKA, IOR, REPO & LINK 2.2.2 Input Mode for Wired Input 1-3 The input mode for wired input 1-3 can be configured by setting jumpers J1-J3 in INKA and IOR. See section 3.2.1 for details. Jumper ON (mounted) OFF (not mounted) -
Page 19: Transmission Delay
Static mode means that the relay never changes state, unless a special maneuver message is received from, for example, home care phone NEO. 2.2.8 Power Mode The power mode can be configured by setting jumpers J6 in INKA and IOR. See section 3.5 for details. Jumper... -
Page 20: Event Handling
IOR, REPO and LINK can receive radio messages sent from alarm transmitters such as ATOM or INKA, or from home care phone NEO or portable transceivers TREX and HOME. The radio messages are normally alarms, but can also be of other types. -
Page 21: Fixed Input
INKA, IOR, REPO & LINK 3.1.3 Fixed Input If the ID code of the received radio message matches the fixed input ID code, then the corresponding actions configured for the fixed input will be performed. The fixed input ID code of an IOR, REPO or LINK unit is used when a transmitter wants to send specifically to this unit. -
Page 22: Wired Input: Inka And Ior
Suppose, for example, that a magnetic contact is mounted on a door and connected to input 1 of an INKA. The INKA can then be configured so that input 1 is trigged each time the door is opened. The action associated to input 1 in this case can be to send a radio alarm. -
Page 23: Analog Input
The equipment connected to an analog input applies a voltage to the input, which is measured by INKA or IOR. Only voltages between 0 and 3 V can be measured at the analog inputs. There are two modes for analog inputs: analog threshold and analog sample. -
Page 24: Out Passage Delay
INKA, IOR, REPO & LINK In analog sample mode, the input is never trigged. Instead the voltage at the input is sampled every time that a specific digital input is trigged. When input 4 is configured as analog sample, the voltage at input 4 is sampled each time that input 1 is trigged. -
Page 25: Wired Output: Ior, Repo And Link
INKA, IOR, REPO & LINK 3.3 Wired Output: IOR, REPO and LINK The wired output consists of a relay with two positions. In one position, the ON position, the relay connects pin 3 and 4 in the output connector. In the other position, the OFF position, the relay connects pin 3 and 5 in the output connector, see section 1.9. -
Page 26: Relay Action When Radio Message Is Received
INKA, IOR, REPO & LINK 3.3.3 Relay Action when Radio Message is Received The relay action can also be configured individually for each of the radio positions 1-8. Configure the output relay to remain Select “None” in list box 121…128... -
Page 27: Radio Transmission: Inka, Ior And Repo
3.4 Radio Transmission: INKA, IOR and REPO INKA, IOR and REPO can send a radio message when an event occurs, i.e. when a wired input is trigged (INKA & IOR) or when a radio message is received (IOR & REPO). - Page 28 INKA, IOR, REPO & LINK Radio Transmission when a Radio Message is Received When a radio message is received in position 1-5, the following choices are possible for radio transmission: Radio transmission Description Send none No radio message is transmitted...
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Page 29: Alarm Type For Transmitted Alarm
If any other alarm type than No alarm type is chosen, then the home care will use the alarm type configured in the INKA, IOR or REPO. Any alarm type in the list can be chosen for transmitted alarms. Each alarm type has its own meaning, but it is up to the user that configures the unit to make sure that the correct alarm type is used. -
Page 30: Number Of Transmissions - Radio Packages
ID code 3.4.3 Number of Transmissions – Radio Packages When a radio message is transmitted, the INKA, IOR or REPO unit that transmits the message waits for an acknowledge message from an alarm receiver. If no acknowledge is received, the same message is transmitted again and again until an acknowledge is received, or until the maximum number of transmissions has been reached. -
Page 31: Disable Acknowledge
INKA, IOR, REPO & LINK 3.4.4 Disable Acknowledge By default an acknowledge radio message is sent as a response to every received radio message. If an alarm transmitter does not receive any acknowledge, it keeps transmitting a number of short and long packages the same way that the units in the IOR family do. -
Page 32: Transmission Delay
INKA, IOR, REPO & LINK 3.4.6 Transmission Delay When a radio message is received, the unit can be configured to wait a certain time before transmitting an alarm. This delay is called transmission delay. This delay is necessary in REPO and IOR when more than one unit can receive the same radio message and retransmit the message. -
Page 33: Maximum Number Of Hops
INKA, IOR, REPO & LINK 3.4.7 Maximum Number of Hops When using more than one REPO (or IOR) to forward radio messages, the message forwarded by one REPO can be received by another REPO. The message hops from one REPO to the next. -
Page 34: Power Mode
INKA, IOR, REPO & LINK 3.5 Power Mode For longer battery life, INKA and IOR can be configured to go into power save mode when the AC/DC adapter is not connected, and when mains power is lost. Power save mode is only intended for supervision of wired inputs 1-3. Inputs 4 and 5 are not available for use, and no radio messages can be received in power save mode. -
Page 35: Technical Alarms
The battery voltage is continuously supervised. If the battery voltage is too low, a battery alarm is sent every day until the batteries are replaced. The limit for low battery voltage is 2.6 V in INKA and 3.5 V in IOR and REPO. -
Page 36: Mains Failure
REPO 3.7.4 Mains return When the AC power returns after a power failure, and the unit has sent a mains failure alarm, INKA, IOR and REPO can be configured to send a mains OK indication. To avoid radio interference when many units send a mains OK indication at the same time, the time from mains power return to when the radio message is sent will be a random time between 0 and 45 seconds in intervals of 3 seconds.