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TD 93021US

17 July 2017 / Ver. PF3

16

Installation Guide
teleCARE IP

6

To restore a SIG4 – SIG1 blinking LED to normal, press SW2 on the Control Circuit
Board or, power cycle the HPFF8 OFF/ON.

4.3

Secondary Power

Secondary Power for the teleCARE IP system shall be provided by two lead acid Batteries installed in the
primary power supply. The batteries are each rated for 12Vdc, 7 ampere hours (AH) and can be
purchased through an electrical supplier such as Graybar.

WARNING:

• Batteries must be secured within the power supply cabinet as described in section 4.2.1.

• The lead acid Batteries must comply with UL 2054.

• When installing or servicing the lead acid Batteries, follow the instructions for installation of the

appropriate power supply and observe all WARNINGS and CAUTIONS described in sections 4.1 and
4.2.

Use the following table to determine the total Standby and Active load in amperes hours for Secondary
Power, when used with the teleCARE IP Standard Power Supply for standard installation and the HPFF8
Power Supply for seismic installations.

Table 6. Total Secondary Power at 24Vdc

4.4

teleCARE IP Power Supply Wiring

It is important to use the correct wire sizes and to consider the length of the 24Vdc power supply wires.
The minimum acceptable wire size of the 24Vdc bus is 18 AWG (1mm).

For the stub wiring between the 24Vdc bus and the control module wire size 18 AWG (1mm) must be
used.

Warning:

Incorrect wire size can result in dangerous overheating of the wires!

Caution:

Excessive 24Vdc bus length can result in unacceptable voltage drop! The lowest

acceptable voltage at any point in the 24Vdc distribution is 21.6Vdc.

Figure 5. teleCARE IP 24Vdc power supply wiring

100% Load (3A)

1 Hour Battery Life

10% Load (.3A)

3 Hours Battery Life

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Summary of Contents for teleCARE IP

Page 1: ...17 July 2017 Ver PF3 TD 93021US Installation Guide teleCARE IP Emergency Call System ...

Page 2: ...aims litigation and suits filed for protected health information violations European Union directives The European directive Waste Electrical and Electronic Equipment WEEE aims to minimize the impact of electrical and electronic equipment waste on the environment and human health To conform to this directive electrical equipment marked with this symbol must not be disposed of in European public di...

Page 3: ...ceived including interference that may cause undesired operation This device complies with Industry Canada license exempt RSS standard s Operation is subject to the following two conditions 1 this device may not cause interference and 2 this device must accept any interference including interference that may cause undesired operation of the device Le présent appareil est conforme aux CNR d Industr...

Page 4: ...iring 16 4 5 Power Supply Unit 24Vdc with Multiple Power Buses 17 4 6 Maintenance and Service 18 5 Control Equipment 19 5 1 Preparation 19 5 2 Room Controller NIRC3 19 5 3 Preparing the Room Bus and Power Cables 25 5 4 Voice Piggy Back NIVP 29 5 5 Connection Terminals 31 5 6 Connecting the IP Room Controller Printed Circuit Board 35 5 7 LED Lamp Boards NILD2 38 5 8 Corridor Lamp NICL2 43 5 9 Syste...

Page 5: ... 118 7 7 Door Side Module NIDM and Toilet Cancel Module Active NITC XXA 119 7 8 Room Display NIRD 122 8 Wireless Functionality 125 8 1 General 125 8 2 Principle of the teleCARE IP with Wireless Functionality 126 8 3 teleCARE Wireless with Speech 128 8 4 teleCARE IP Wireless Planning 131 8 5 teleCARE IP Wireless Components 137 9 Installation Examples 159 9 1 2 Bed Room with Active Toilet Cancel and...

Page 6: ...k The teleCARE IP system is modular scalable and built around the Room Controller NIRC3 Power is supplied using an external 24Vdc power supply teleCARE IP peripherals are connected to the room controller by a digital room bus Each room controller includes four room buses with eight addresses per bus In a teleCARE IP Emergency Call System the maximum number of individual call locations must not exc...

Page 7: ...de module NIDM the bedside module NIBM and the pull cord module NIPC 1 3 1 Compatible Ascom IM Handsets teleCARE IP with speech is designed to work with Ascom Interactive Messaging using the Ascom handsets which support multi layer interactive messaging At the time of publication of this document the Ascom handsets which support multi layer interactive messaging are 9d24 mkII software 3 71 or high...

Page 8: ...he main PBX The SIP trunk must be set to Early offer For more information refer to the teleCARE IP Configuration Manual TD 93019US The Innovaphone VoIP gateway is powered by a mains adapter power supply output 40Vdc 375mA It is connected and integrated in the existing telephone system network directly using SIP protocol It is configured with the project specific requirements using the teleCARE IP ...

Page 9: ...xed address 4 to 7 Max 4 Pull cord peripherals on a passive bus Max 1 Toilet cancel peripherals on a passive bus Max 1 Total cable length of an NIRC3 IP room bus Max 100 feet 30 meters Minimum IP room bus voltage 4 5 Vdc Network Expectations The LAN installation must be certified and tested in accordance with ANSI TIA EIA 568 A The LAN must be dedicated and isolated from any general purpose LAN Th...

Page 10: ...P only supports CODEC G 711 a law SIP trunk to the VoIP gateway must be set to Early offer teleCARE VoIP shall use the Emergency Call System LAN only Ascom Recommendations Delay less than 50 ms is good Jitter less than 30 ms is good Packet Loss 1 is good up to 4 is acceptable The maximum capacity of the network used for voice should not exceed 25 of the total network capacity The maximum capacity ...

Page 11: ...inets After the racks or cabinets are installed the Ethernet Switch can then be installed into a cabinet or rack in accordance with the instructions described in 3 1 2 WARNING Use only the cabinets or rack listed in the OSHPD Installation Requirements and Instructions document P N 3101998 Do not use the uninterruptible power supplies described in the OSHPD installation document The battery backup ...

Page 12: ...rate conduits or divided cable trays A minimum of 19 75in 50cm of free cable should be left at the location of the room controllers and corridor lamps For the room peripherals a minimum of 6in 15cm of free cable should be left at the location of each peripheral All cables should be clearly marked at both ends Figure 3 Ethernet LAN and room bus cabling Note Suitable existing wiring could also be us...

Page 13: ...in the room bus cable increases with the length and this causes the voltage to decrease progressively along the length of the cable The room bus voltage also drops in proportion to the load The effect of cross talk increases as the cable length increases Room Bus Power Considerations The room bus power supply output from the room controller is limited to 500mA per room bus but the maximum acceptab...

Page 14: ...ation Guide teleCARE IP When UTP category 5 cable or higher is used the length of any room bus cable should not exceed 98 4ft 30m irrespective of the load Below 98 4ft 30m the maximum acceptable length of the room bus cable depends on the load ...

Page 15: ...e 24Vdc 8 Amp Power Supply Seismic described in section 4 2 instead Make certain that the AC circuit breaker is off before making any wiring connections between the circuit breaker and the power supply Always de energize the power supply prior to servicing When servicing the AC mains circuit breaker should be in the off position and locked out to prevent accidental activation When necessary always...

Page 16: ...high voltage will damage the connected devices Always de energize the power supply unit prior to connecting the batteries and teleCARE IP system Refer to sections 4 4 and 4 5 in this manual before connecting and powering the teleCARE IP system Connect the AC main power 115Vac 60Hz to the terminals marked L N on the Power Supply Board Apply mains AC power Measure and confirm 20Vdc to 26 4Vdcat the ...

Page 17: ...charge sealed lead acid batteries The batteries shall provide Secondary Power to the teleCARE IP system in the event of mains AC power failure There is an automatic switchover to the batteries when input AC power fails During switchover there is zero voltage drop at the power output WARNING Batteries must be secured within the HPFF8 cabinet enclosure using Seismic Installation Kit SEISKIT COMMENC ...

Page 18: ...1 1 in the HPFF8 Installation Manual to ensure that the Charger Disable Jumper J1 and Ground Fault Disable Jumper J2 are both installed Install the Reference Resistor to the REF and REF terminals on TB3 Use either a 3 9K or 4 7k ohm watt resistor as the Reference Resistor Caution The same value resistor used for the Reference Resistor must be used as the End of Line EOL resistor for the teleCARE I...

Page 19: ...ls marked BAT to ensure there is no break in the battery connection wires Note The maximum charging current under discharge is 0 75 amperes Expected battery life is 5 years However it is recommended to change the batteries in 4 years or less if needed The HPFF8 provides supervised functions of the field wiring for the following adverse conditions Field wiring fault short or open on the teleCARE IP...

Page 20: ... as an aide in knowing when past troubles have occurred and if intermittent problems are present on the SIG4 through SIG1 output circuits 5 If all four SIG TRBL LEDs are illuminated steady check if the Reference Resistor is missing or doesn t match the EOL resistor used to terminate the teleCARE IP Power Bus Otherwise each power circuit probably has a problem LED Label Condition Illumination Reset...

Page 21: ...ONS described in sections 4 1 and 4 2 Use the following table to determine the total Standby and Active load in amperes hours for Secondary Power when used with the teleCARE IP Standard Power Supply for standard installation and the HPFF8 Power Supply for seismic installations Table 6 Total Secondary Power at 24Vdc 4 4 teleCARE IP Power Supply Wiring It is important to use the correct wire sizes a...

Page 22: ...er multiple buses This method is recommended as it will reduce the power cable lengths Figure 6 Multiple power buses 4 5 1 Power Supply Basic Installation The 24Vdc power is carried on a two wire bus that loops from room controller to room controller The minimum wire size for the 24Vdc power supply bus is 18 AWG 1mm Figure 7 LAN and room bus cables with power supply 24Vdc ...

Page 23: ...ly unit periodic maintenance is typically not needed for the teleCARE IP Emergency Call System Always keep and refer to the installation and service instructions provided with the Ethernet Switch and the 24Vdc 3 Amp Power Supply Standard or the 24Vdc 8 Amp Power Supply Seismic Refer to sections 4 1 2 and 4 2 2 in this manual for Maintenance and Service of the Power Supply Standard or Power Supply ...

Page 24: ...pment is to be installed must be clean dry and weatherproof The walls on which the control modules are to be installed should be finished painted wall papered etc before the control module is installed It is important to have the appropriate length of free cable pulled out at every location where the control module is to be installed The length of stripped cable and length of exposed copper wire m...

Page 25: ...idor Lamps NICL2s When an NICL2 data bus is connected to one of the four room buses it becomes an active corridor lamp that operates independently of the NIRC3 In this configuration the NICL2 takes up fixed Room Bus Address 5 on the NIRC3 bus When connected to the NIRC3 External Corridor Lamp Outputs bus an NICL2 becomes a passive corridor lamp and the LEDs operate in parallel with the NIRC3 displ...

Page 26: ...sed for the signaling of calls staff presence and faults Figure 12 Room controller NIRC3 parts 5 2 3 Blank Front Cover for the Room Controller A blank solid plastic front cover for the room controller is available in white The blank front cover is fitted to the room controller in place of the standard front cover with a translucent dome It is used when there is no requirement for LED lamps on the ...

Page 27: ...the housing as shown in the following illustration Figure 14 Separating the top section from the housing 5 2 5 Removing the Room Controller Printed Circuit Board To remove the circuit board from the housing press the holding clip outwards until it releases the circuit board 1 With the printed circuit board released from the holding clip slightly pivot the circuit board 2 and remove the board from ...

Page 28: ...ace The same housing is used for the IP room controller with LED lamps and with blank cover and for the corridor lamp Figure 16 Room controller housing 5 2 7 Mounting the Housing over a Back Box Place the housing over the back box so that the long sides are at the top and bottom Pass the four screws through the appropriate holes in the base of the housing as shown in the following illustration Fig...

Page 29: ...g holes as shown in the illustration below When the room controller is surface mounted without a back box the cables should enter and leave the housing through the two knock outs in the sides of the housing Figure 19 Mounting the NIRC3 housing without a back box Caution Do not distort the NIRC3 housing when it is mounted with or without a back box If the housing is distorted the top section will n...

Page 30: ...room bus cables the power supply cable and the corridor lamp cables 5 3 1 Stripping the Outer Jacket of the Cables The first step is to strip the outer jacket of the cables to a length of 6 0in 150mm then position the cable in the back box so that only the stripped wires enter the NIRC3 housing Figure 20 Stripping and positioning the cables for the NIRC3 Caution Each room bus requires four wires I...

Page 31: ...wo USB2 0HS host ports Will be used in a future release to support WiFi functionality Note The 4 pole and the 2 pole connector terminals required for the room bus and the 24V power supply are not supplied with the room controller The connectors are available as accessories and must be ordered separately Details of the LED lamp boards are given in section 5 7 LED Lamp Boards NILD2 page 38 Details o...

Page 32: ...gh board connection holes for LED lamp boards Details of for connecting the LED lamp boards are given in section 5 7 LED Lamp Boards NILD2 page 38 5 3 4 NIRC3 Status Information The NIRC3 status information is visible through an LED that can be seen from the bottom of the NIRC3 housing Figure 23 NIRC3 Status LED Product label with part number and serial number Through Board Connection Holes for th...

Page 33: ...low lamp on the NIRC3 Figure 24 Fault indications on the NIRC3 yellow lamp NIRC3 Status color Status Remarks Steady blue Normal operation Steady orange Starting up for about 22 seconds after power on or reboot Fast blue flashing Application start up Steady orange Image installation mode The NIRC3 will end up in image installation mode after 4 unsuccessful boot attempts Fault yellow LED Status Rema...

Page 34: ...ne speech session for each room bus Each speech channel has an LED indicator which illuminates when a speech session is in progress The NIVP allows existing non speech teleCARE IP installations using the NIRC3 to be upgraded to teleCARE IP with speech 5 4 1 Connecting the Voice Piggy Back module to the NIRC3 The NIVP is mounted on the NIRC3 using the two 20 pole connectors located at the back of t...

Page 35: ...021US 17 July 2017 Ver PF3 30 Installation Guide teleCARE IP The following illustration shows the NIVP voice piggy back module mounted on the NIRC3 Figure 27 Voice piggy back module mounted on the NIRC3 NIVP ...

Page 36: ...es for the 4 pole Connector Terminal The 4 pole connector terminal has four terminals with two connection points at each terminal Each connection point accepts one solid wire of maximum wire size 20 AWG 0 8mm To connect the wires first strip the jacket from the cables and pull the wires through the housing leaving a length of 6in 150mm free as described in section 5 3 Preparing the Room Bus and Po...

Page 37: ...epeat the above illustrated procedure on the remaining three wires Figure 32 Connector terminal complete with four wires Disconnecting a Wire from the Connector Terminal First carefully place the point of a small screw driver point approximately 0 1in 2 5mm wide on the relevant orange colored release key of the connection terminals and press the key in firmly to open the spring cage connector 1 Wi...

Page 38: ... leaving a length of 6in 150mm free as described in section 5 3 Preparing the Room Bus and Power Cables on page 25 Then strip 0 25 inch 6 5mm of the insulation from the end of each wire which is to be connected Figure 35 Stripping the wires for insertion in the connection point After stripping the wire insert the wire in the appropriate opening of the connector terminal and tighten the terminal sc...

Page 39: ... 34 Installation Guide teleCARE IP Figure 37 Connector terminal with looped wiring Note The maximum size of each wire when two wires are inserted in one screw terminal of the 2 pole connector terminal is 18 AWG 1mm Max 2 x 18 AWG 1mm ...

Page 40: ...24Vdc Power Supply The 24Vdc power supply uses a 2 pole connection terminal as described in section 5 5 2 on page 33 The connection point on the room controller circuit board for the power supply is shown in section 5 3 2 on page 26 The power supply wires should be guided around the sides of the room controller housing and held in place by the wire holding clip as shown in the following illustrati...

Page 41: ...IP room controller supports four room buses and each has a 4 pole connection terminal which is wired as described in section 5 5 1 on page 31 The connection points on the room controller PCB for the room buses are shown in section 5 3 2 on page 26 Figure 40 Connecting multiple room buses to the NIRC3 Use the Wire Holding Clip Use the Wire Holding Clips ...

Page 42: ...lips inside the room controller housing It should be plugged directly into the RJ45 connector on the printed circuit board with enough cable to avoid straining the LAN connection Figure 41 Connecting the LAN cable to the NIRC3 5 6 5 Fully Wired IP Room Controller The following illustration shows how the room controller NIRC3 should look with all wiring connected when external power is used Figure ...

Page 43: ...d front and back view The color of the LEDs is determined during manufacture and cannot be changed A resistor on the component side front of the board indicates the color of the LEDs as shown in the following illustration Figure 44 NILD2 LED lamp boards white red green yellow and blue The LED lamp boards can be plugged into any of the LED connection points on the room controller board and the corr...

Page 44: ...r lamp connections through the NILD2 GAA IMPORTANT In order to retain the galvanic isolation it is not allowed to connect the GND of the auxiliary power supply to the GND of the NIRC3 Disabling the LEDs If the relay contact only is required without the green LED on the NILD2 GAA board then the conductor track should be cut through at the break point to disable the LEDs as shown in the following il...

Page 45: ... wire of maximum wire size of 24 AWG 0 5mm To connect the wires first strip 1 4 in 6mm of the insulation from the end of each wire which is to be connected After stripping the wire insert the wire in the appropriate opening of the connection point by pressing the wire firmly into the terminal as illustrated below Figure 47 Connecting the wires of an external lamp Note Each connection point in the ...

Page 46: ... Any color LED board can be plugged into any of the connection points in the IP room controller The appropriate position of the LED color is determined during the system setup Caution The pins on the LED lamp board are not in the center of the board so it is important to make sure that the LED lamp board lines up with the guide marks on the IP room controller PCB when the pins are inserted Figure ...

Page 47: ...tion The room controller NIRC3 circuit board does not support an external corridor lamp directly however an external lamp can be connected through a green LED lamp board NILD2 GAA which has a galvanically isolated relay contact available with a maximum switching capacity of 0 4A at 60V peak Figure 51 External corridor lamp connections through the NILD2 GAA For detailed information Auxiliary Lamp C...

Page 48: ...Lamp is connected to one of the room buses of the Room Controller and it always has the fixed address 5 Figure 52 The teleCARE IP corridor lamp The Corridor Lamp consists of a back box a printed circuit module a cover plate and translucent dome cover that can accept up to four LED boards as shown in the following illustration Figure 53 Corridor lamp NICL2 parts ...

Page 49: ...o that simply grip the top edge of the cover and pull it away from the housing as shown in the following illustration Figure 54 Separating the top section from the housing 5 8 2 Removing the Corridor Lamp Printed Circuit Board To remove the circuit board from the housing press the holding clip outwards until it releases the circuit board as shown in the following illustration Figure 55 Removing th...

Page 50: ...h is designed to be surface mounted Refer to section 5 2 6 Room Controller Housing on page 23 for details of mounting the housing Figure 56 IP room controller housing 5 8 4 NICL2 Corridor Lamp Electrical Connections The wiring between NIRC3 and the NICL2 Corridor Lamp consists of the teleCARE IP four wire room bus Figure 57 NICL2 Corridor lamp PCB component side electrical connections LED Lamp Thr...

Page 51: ...on terminal is described in section 5 5 1 4 Pole Connector Terminal NICT 4AA on page 31 5 8 6 Connecting the Corridor Lamp Printed Circuit Board When preparing the wiring for connecting the printed circuit board of the corridor lamp make sure that the room bus wires are stripped of the cable outer jacket and that the wires are long enough as described in section 5 3 Preparing the Room Bus and Powe...

Page 52: ...f the corridor lamp printed circuit board The corridor lamp accepts up to four LED lamp boards The LED lamp connection points are labeled LED0 LED1 LED2 and LED3 Any color LED board can be plugged into any of the connection points on the IP room controller The appropriate position of the LED color is determined during the system setup The LED lamp board is available in five colors red green yellow...

Page 53: ...oard lined up with the guide marks firmly press the LED lamp board into the corridor lamp PCB Repeat the procedure on the other required LED lamp boards Figure 63 Corridor lamp PCB with 4 LED lamp boards Caution The pins on the LED lamp board are not in the center of the board so it is important to make sure that the LED lamp board lines up with the guide marks on the corridor lamp PCB when the pi...

Page 54: ...nal source such as an NIRC3 room controller Figure 64 External LED inputs to the NICL2 corridor lamp Disabling the Room Bus Section of the NICL2 When using the external LED inputs of the second generation corridor lamp NICL2 it is necessary to cut the conductor S1 on the circuit board in order to disable the room bus section of the NICL2 Cut conductor S1 using a sharp knife Figure 65 Cut conductor...

Page 55: ...IP Restoring the Room Bus Section on the NICL2 To restore the NICL2 to the default configuration when the conductor S1 has been cut put a drop of solder on the gold plated contacts of S1 using a soldering iron Figure 66 Restoring to the default NICL2 configuration ...

Page 56: ...he IP network In teleCARE IP installations which include NIRD Room Displays but do not include Ascom Messaging the NISM2 is used as the Interactive Messaging server for the room displays A Java based graphical user interface GUI is supplied with the NISM2 The setup of the teleCARE IP system is done using a web browser Any Internet browser that can interpret Java script 1 2 CSS 2 is acceptable Micr...

Page 57: ...ectrical connections for teleCARE IP applications Figure 68 NISM electrical connections Note All other connections are not used in teleCARE IP applications 5 9 2 Ethernet LAN Cable Connect the Ethernet LAN cable to the LAN 1 port Figure 69 Connecting the Ethernet LAN cable External Power Ethernet LAN COM Ports 10baseT 100base T Ethernet LAN Connection ...

Page 58: ...560 installations the NISM2 can only be connected to the systems external 24Vdc power supply see System Power on page 10 Do not connect to mains power 5 9 4 Setting the type of Power Supply in the NISM Advanced Settings After connecting the external power supply to the NISM select the appropriate type of power supply in the NISM Advanced Configuration of the teleCARE IP System Manager Figure 71 NI...

Page 59: ...dy blue indication Figure 72 NISM power indicator LED If there is a conflict between the NISM setting and the type of power supply then the NISM2 power LED will show a red flashing indication 5 9 5 Connecting a Paging System Either of the RS232 COM ports COM1 and COM2 can be used for connection of ESPA or TAP paging systems A license is required for support of a TAP or an ESPA paging system Figure...

Page 60: ...D 93021US 17 July 2017 Ver PF3 55 Installation Guide teleCARE IP Figure 74 Paging system selection Select the appropriate paging protocol for the system to be connected TAP or ESPA to access the settings ...

Page 61: ... be installed should be finished painted wall papered etc before the switch modules are installed It is important to ensure that a minimum of 14in 35cm of free cable is pulled through at every location where teleCARE IP switch modules are to be installed It is important to have the appropriate lengths of stripped cable and exposed copper wire 6 2 Installation Instructions This section describes th...

Page 62: ...h modules with or without a back box The spacer can be mounted directly on to a flat wall surface or alternatively the holes in the base of the spacer allows it to be mounted over various international back boxes Figure 67 Backplate and surface mounting spacer Note The duty selector can only be mounted on a surface mounting spacer not on a switch module backplate 6 3 1 Mounting the Backplate on a ...

Page 63: ...P Figure 68 Mounting the backplate or spacer on the back box The backplate should be placed over the back box with the side marked TOP at the top Tighten the two screws that will hold the backplate in place Figure 69 Securing the backplate or spacer to the back box ...

Page 64: ...pacer can be mounted directly on to a flat wall surface or on a back box Figure 70 Surface mounting spacer 6 3 3 Mounting the Spacer on a Back Box To mount the spacer on a back box first remove the mounting screws from the back box The spacer should be placed over the back box so that the side marked TOP will be up Tighten the two screws that will hold the back box in place Figure 71 Mounting the ...

Page 65: ...lectrical connections 6 4 1 4 Pole Connector Terminal Figure 73 4 pole connector terminal The 4 pole connector terminals required for the room bus and also for the connection of a passive bus or the bed light switching relays It has a screw less spring cage connection technique and each terminal has two connection points The 4 pole connector is not supplied with the switch modules but they are ava...

Page 66: ... 20 AWG 0 8mm To connect the wires first strip the jacket from the cables and pull the wires through the housing leaving a length of 6in 150mm free as described in section 5 3 Preparing the Room Bus and Power Cables on page 25 Then strip 0 25in 6 5mm of the insulation from the end of each wire which is to be connected Figure 77 Stripping the wires for insertion in the connection terminal 6 4 3 Con...

Page 67: ...ssive bus and light relay outputs so repeat the above illustrated procedure on the remaining three wires Figure 79 Connector terminal complete with four wires 6 4 4 4 Pole Connector Terminal with Looped Wiring In cases where the cable loops from peripheral to peripheral with incoming and outgoing wiring one set of wires should be inserted in the top connection points and the other set in the lower...

Page 68: ... release key pressed in pull the wire from the terminal 2 then remove the screw driver Figure 81 Removing a wire from a connection point 6 4 6 Mounting the Switch Module to the Backplate To mount the switch module onto the backplate or spacer after connecting the switch module place the lower edge of the switch module on the two lower snap fasteners of the backplate 1 Next place the switch module ...

Page 69: ...ting Spacer To mount the switch module onto the spacer place the lower edge of the switch module on the two lower snap fasteners of the spacer 1 Next place the switch module on to the two top fasteners 2 and press the switch module so that it snaps closed on the spacer Figure 83 Mounting the switch module on the spacer ...

Page 70: ...dismantling switch modules Insert the point of the screwdriver into the groove at the side of the switch module between the faceplate and the back plate at about 0 4in 10mm down from one of the top corners Figure 85 Inserting the screwdriver Gently push and turn the screwdriver until the switch module releases from the back plate Figure 86 Removing the switch module from the back plate Note Do not...

Page 71: ... side of the switch module between the faceplate and the spacer at about 0 40in 10mm down from one of the top corners Figure 87 Inserting the screwdriver Gently push and turn the screwdriver until the switch module releases from the spacer Figure 88 Removing the switch module from the backplate Caution Do not insert the screwdriver into the bottom corner of the faceplate ...

Page 72: ...e DIP switch allows 4 addresses to be set 0 1 2 and 3 These settings are only used for active switch modules and active socket modules Address 4 is used for the toilet cancel module and this module has the address fixed and it is not set by a DIP switch The addresses 5 to 7 are used for special teleCARE IP peripherals consisting of the corridor lamp duty selector card reader and room display These...

Page 73: ...ereo TV audio input from the television interface module External call input with a reassurance LED output NISP speech module 6 5 1 NIBM2 Electrical Connections and DIP Switch Settings The Bedside Module NIBM2 is an active peripheral therefore it must be connected to one of the four room buses of a teleCARE IP room controller by the 4 pole room bus connector The room bus connector includes the 5 5...

Page 74: ...f connecting a speech module see 6 15 1 Connecting the Speech Module on page 101 For details of connecting the external call see 6 5 3 External Call Contact with Call Lamp Output on page 71 Note The 4 pole connector terminals required for the room bus and other inputs and outputs are not supplied with the switch module They are available as accessories and must be ordered separately Not supported ...

Page 75: ... connected to this interface is not considered to be part of the system configuration unless the equipment complies with ANSI UL 2560 standard for Emergency Call Systems for Assisted Living and Independent Living Facilities Do not connect the bed light circuitry directly to the L1 and L2 switch contacts on the NIBM2 The Light Switching Power Supply and Relay must be UL listed or recognized compone...

Page 76: ... and switching for an external LED lamp The external LED lamp will be switched on when the contact on the external switching device connected to the SWITCH and GND terminals closes Figure 93 External Call Contact with Call LED WARNING The equipment that is connected to this interface is not considered to be part of the system configuration unless the equipment complies with ANSI UL 2560 standard f...

Page 77: ...oom bus by a 4 pin connector The room bus connector includes the 5 5Vdc power supply for the NIMS2 The medical rail socket is functionally compatible with the teleCARE IP bedside module It includes the teleCARE Safe Release Socket The medical rail socket is supplied with two self tapping screws which are used to mount the socket in the medical rail In addition to the a 4 pole connector for the roo...

Page 78: ...tting For details of the 4 Pole connector see 6 4 1 4 Pole Connector Terminal on page 60 For light switching relay details see 6 5 2 Light Switching Relay Maximum Load and Surge Damping Diode on page 70 For details of connecting a speech module see 6 15 1 Connecting the Speech Module on page 101 For details of connecting the external call see 6 5 3 External Call Contact with Call Lamp Output on pa...

Page 79: ...y The maximum switching current for each relay must not exceed 0 3A at maximum 30Vdc Figure 97 Light switching relay with surge damping diode WARNING The equipment that is connected to this interface is not considered to be part pf the system configuration unless the equipment complies with ANSI UL 2560 standard for Emergency Call Systems for Assisted Living and Independent Living Facilities Do no...

Page 80: ... and switching for an external LED lamp The external LED lamp will be switched on when the contact on the external switching device connected to the SWITCH and GND terminals closes Figure 98 External Call Contact with Call LED WARNING The equipment that is connected to this interface is not considered to be part pf the system configuration unless the equipment complies with ANSI UL 2560 standard f...

Page 81: ...nstallation Guide teleCARE IP 6 6 5 Mounting the Medical Rail Socket The following illustration shows how the medical rail socket is mounted in the underside of a medical rail Figure 99 Medical rail socket mounting and cut out dimensions ...

Page 82: ...nnector see 6 4 1 4 Pole Connector Terminal on page 60 Each room bus offers individual addresses for up to four switch modules The address is selected using the DIP switch on the switch module printed circuit board The door side module also has another 4 pole connector for a passive bus which is used to connect a passive pull cord switch module and a passive cancel switch module Note Only one pass...

Page 83: ... buttons red green and yellow Important At least one active NIPC module must be permanently located in the bathroom of each resident apartment Note The 4 pole connector terminal required for the room bus is not supplied with the switch module It is available as an accessory and must be ordered separately The NIPC requires a single backplate which must be ordered separately The backplate enables th...

Page 84: ...d separately 6 8 2 Assembling and Attaching the Pull Cord It is important to assemble and attach the pull cord to the pull switch module correctly to ensure the cord is securely attached and that the safety break mechanism works reliably The following illustrations show how to attach the pull cord Figure 104 Assembling and attaching the pull cord 4 Pole Connector for Room Bus Dip Switch for Settin...

Page 85: ...le to be mounted over different types of back boxes Alternatively a spacer with installation kit is available for surface mounting 6 9 1 Toilet Cancel Module Active Electrical Connections The toilet cancel module is an active peripheral therefore it must be connected to one of the four room buses of a teleCARE IP room controller by the 4 pole room bus connector see 6 4 1 4 Pole Connector Terminal ...

Page 86: ... consists of four wires see 6 4 1 4 Pole Connector Terminal on page 60 Note Only one Passive Pull Cord Module can be connected per passive bus For assembly and attaching instructions for the pull cord refer to 6 8 2 Assembling and Attaching the Pull Cord on page 79 The Passive Pull Cord Module requires a single backplate which must be ordered separately The backplate enables this switch module to ...

Page 87: ...e line break detection circuitry must be installed The passive pull cord module must be connected at the end of the passive bus The Passive Toilet Cancel Module requires a single backplate which must be ordered separately The backplate enables this switch module to be mounted over different types of back boxes Alternatively a spacer with installation kit is available for surface mounting the switc...

Page 88: ... Active and Passive The NIPC2 Pull Cord Modules are designed for use in the teleCARE IP system They are IP44 splash proof and therefore suitable for use in rooms with showers baths and in similar wet areas They are available as an active module and a passive module The NIPC2 has a pull cord of length 79 in 2 m with two plastic balls The top ball acts as a safety break by splitting in half when the...

Page 89: ...e The 4 pole connector terminal required for the room bus is not supplied with the switch module It is available as an accessory and must be ordered separately The NIPC2 Pull Cord Module includes a special backplate with two urethane foam gaskets which makes the NIPC2 splash water resistant to IP44 standard The backplate must be mounted on a flat wall surface using the four corner holes in the bac...

Page 90: ...ich ensures that the pull cord hangs free of any obstructions is clearly seen and within easy reach so that it can be pulled to activate a call by residents or staff in an emergency or when assistance is required The NIPC2 should be mounted at a minimum height of 90 5in 2300mm above the floor and at least 8in 200mm above the highest position of the shower head Where possible the pull cord should e...

Page 91: ...back box for the NIPC2 situated in the center of a tile so that the pull cord module backplate does not sit over a gap between tiles as shown in the following illustration Figure 113 Positioning the back box on a tiled wall 6 12 3 NIPC2 Back plate The NIPC2 back plate has a urethane foam gasket on both sides to prevent water entering the pull cord module With the NIPC2 switch module mounted correc...

Page 92: ...ld be inserted in each hole 2 Figure 115 Drilling the backplate mounting holes Note The type and length of the screw depends on the type of wall and the wall plugs The diameter of the screw must not exceed 0 15in 3 8mm 6 12 6 Mounting the Backplate on the Wall The backplate should be placed over the back box with the four holes in the corners of the backplate lining up holes in the wall and with t...

Page 93: ...all Caution Do not excessively tighten the fixing screws as this will distort the backplate and the foam gasket resulting in an ineffective waterproof seal 6 12 7 Preparing the Cable for the Pull Cord Module After fixing the backplate to the back box pull the cable through It is important to ensure that a minimum of 6in 15cm of free cable is pulled out of the back box where teleCARE pull cord swit...

Page 94: ...pole connector The connections of the room bus wires in the 4 pole connector are shown in the following illustration Figure 119 4 pole connector terminal with the room bus 6 12 9 Room Bus Address DIP Switch Settings The NIPC2 uses one of the first four addresses 0 1 2 and 3 of the room bus The address is set by a DIP switch The illustration below shows the location of the room bus connector and th...

Page 95: ...ion 6 4 2 Preparing the Wires for the 4 pole Connector Terminal on page 61 in order to correctly strip the cable and prepare the wires for the 4 pole connector The connections of the passive bus wires is shown in the following illustration Figure 121 4 pole connector terminal with the passive bus The illustration below shows the location of the passive bus connector Figure 122 Passive bus connecto...

Page 96: ...ve pull cord switch modules The following illustration shows the back plate mounted on the back box with the cable pulled through and connected to the 4 pole connection terminal Figure 123 Cable of the pull cord module with the 4 pole connector Plug in the connection terminal to the appropriate 4 pin connector of the pull cord module active room bus connector passive passive bus connector Figure 1...

Page 97: ...plate Figure 125 Mounting the switch module on the backplate Press the pull cord module on to the backplate making sure that the latch fasteners stay engaged and carefully tighten the two fixing screws The screws should be tightened to apply just enough pressure on the gasket to compress it evenly all around between the cover plate and the backplate Figure 126 Tightening the pull cord fixing screw...

Page 98: ...e Pull Cord It is important to assemble and attach the pull cord to the pull switch module correctly to ensure the cord is securely attached and that the safety break mechanism works reliably The following illustrations show how to prepare the pull cord Figure 127 Assembling and attaching the pull cord ...

Page 99: ...ll forwarding groups and response sequences according to the duty configurations which have been configured in the system setup It has a push button selector switch allowing up to 10 pre programmed duties to be selected The numbers from 0 to 9 are displayed in the window at center of the unit to indicate the selected duty The Duty Selector includes a buzzer which can be configured in the system se...

Page 100: ...leCARE IP room controller by the 4 pole room bus connector It has the fixed room bus address of 5 and this address cannot be changed Figure 129 Duty selector electrical connections Note The 4 pole connector terminals required for the room bus and the inputs are not supplied with the duty selector They are available as accessories and must be ordered separately 4 Pole Connector for Room Bus Test LE...

Page 101: ... equipment that is connected to this interface is not considered to be part of the system configuration unless the equipment complies with ANSI UL 2560 standard for Emergency Call Systems for Assisted Living and Independent Living Facilities The Auxiliary Monitoring circuits are not electrically isolated The cable length for the Auxiliary Monitoring circuits must not exceed 33ft 10m and the cables...

Page 102: ... been detected by the watchdog The NICR offers two auxiliary functions a relay circuit for switching an external device such as an electrically operated door lock and a connection for monitoring such as door open detection The relay connection is a normally open potential free contact and the monitoring connections consist of ground GND and an input line IN A tamper alarm switch is mounted on the ...

Page 103: ...lectrical connections Note The two 4 pole connector terminals required for the room bus and the auxiliary connections are not supplied with the card reader They are available as accessories and must be ordered separately NICR Room Bus Address The NICR can be connected to any of the room buses of the IP room controller Each room bus supports one NICR and the address of the NICR is fixed at 6 It is ...

Page 104: ...nnections The relay connections COM and NO offers a normally open potential free relay contacts which can be used to control a remotely operated electrical door lock or similar applications The relay contact is rated at a maximum voltage of 30Vdc with a maximum switching current of 1A Monitoring Connections The auxiliary monitoring connections GND and IN can be used to monitor a potential free con...

Page 105: ... exceed 33ft 10m and the cable must be appropriately separated from power cables and sources of electromagnetic interference The Auxiliary Monitoring circuit is power limited to 5 5Vdc at 0 6mA The external Auxiliary Relay Power Supply and Relay must be UL listed or recognized components The maximum switching current for the NICR Auxiliary Relay contact must not exceed 30Vdc at 1A A diode 1N4004 o...

Page 106: ...ection from resident to staff is active The NISP can only be used in combination with the teleCARE IP Door side Module NIDM the bedside module NIBM2 the Medical Rail Socket NIMS2 the active Pull Cord Module NICP and the Room Display NIRD 6 15 1 Connecting the Speech Module The 5 wire cable with two 5 pole plugs is required to connect the speech module to the associated switch module It is availabl...

Page 107: ...ted to the left side of the switch module viewed from the front the R190193 cable 8 0in 200mm is required Figure 137 Speech module to the left of the switch module For a three module combination the R190192 cable length 7 0in 170mm and the R190193 cable length 8 0in 200mm are both required Cable R190193 Length 8 0 in 200mm ...

Page 108: ...mphasize the type or category of calls received The NIRD also includes a buzzer speaker which signals the configured beep codes for the received messages The integrated card reader is an RFID device operating in the 13 56 MHz frequency range It is used in combination with contactless smart cards The NIRD is an active module and must be connected to the teleCARE IP room bus It uses two fixed room b...

Page 109: ... 2 Room Bus with Passive Peripheral Bus Electrical Connections When a passive peripheral bus is required the room bus and the passive peripheral bus must be combined in an 8 pole connector The locations of the room bus connector the passive peripheral bus connector and the NISP speech module connector are shown below Figure 140 Connector terminals for the room bus and passive peripheral bus Speech...

Page 110: ...by red circles Figure 142 Mounting the room display backplate The backplate has an arrangement of fixing holes indicated in the drawing above by blue circles which make it suitable for mounting on various international back boxes Caution Even when the backplate is mounted on a back box it must also be fixed to the wall with the corner holes CAUTION DO NOT MOUNT THE ROOM DISPLAY CLOSE TO OR OVER ME...

Page 111: ...eech Module in teleCARE IP systems with speech The NIRD is used to select calls control voice communication and cancel calls The NISP facilitates two way voice communication via a press to talk function on the NIRD For details of the NISP speech module refer to chapter 6 15 Speech Module NISP on page 101 Figure 143 Room display combined with the speech module ...

Page 112: ... display backplate long Mounting the Backplate and Installing the NIRD and NISP It is important to insert the NIRD to NISP connection cable through the backplate before the backplate is screwed to the wall as shown in the following illustration Figure 145 Inserting the connection cable through the backplate Note Make sure that the cable lies in the recess under the strip in the middle of the backp...

Page 113: ...for mounting on various international back boxes Caution Even when the backplate is mounted on a back box it must also be fixed to the wall with the corner holes and the middle holes When the backplate is screwed to the wall connect the NISP and snap fit it to the backplate Figure 147 Connecting the NISP and mounting it on the backplate CAUTION DO NOT MOUNT THE ROOM DISPLAY CLOSE TO OR OVER METAL ...

Page 114: ...display to the NISP and plug in the room bus connector Figure 148 Connecting the NIRD to the NISP and connecting the room bus Refer to 6 16 1 Room Bus Electrical Connections on page 104 for full details Next snap fit the room display to the backplate Figure 149 Mounting the NIRD on the backplate ...

Page 115: ... page 59 for details The stereo audio input to the television interface module is taken from the headphone jack socket of the television and connected to the television interface module at J1 The output from J2 of the television interface module is connected to the Audio connector of the NIBM2 bedside module Figure 151 Television audio connections WARNING The equipment that is connected to this in...

Page 116: ...60 standard for Emergency Call Systems for Assisted Living and Independent Living Facilities The Television Interface Module provides electrical isolation between the Television and the teleCARE IP Emergency Call System Television audio in teleCARE IP requires the bedside module NIBM2 For details of the NIBM2 refer to chapter 6 5 Bedside Module NIBM2 on page 68 The 4 pole connector terminals must ...

Page 117: ...tors of sunblinds Figure 154 Sunblind control module electrical connections The Sunblind Control Module is mounted on a 1 1 2 DIN rail which must be permanently mounted to a wall It must not be within reach or intentional access of a resident e g above a ceiling tile or it can be mounted within a separate electrical equipment enclosure The sunblind control module can be connected to one room bus a...

Page 118: ... to 230Vac power to the sunblind motor control relay must be fused at 2 Amps Appropriate cable for the voltage and current must be used for the sunblind motor control WARNING The equipment that is connected to this interface is not considered to be part of the teleCARE IP system ...

Page 119: ...mpatible switch modules are Bed Module NIBM2 and Pull Cord Module Active NIPC XXA details on page 118 Door Side Module NIDM and Toilet Cancel Module Active NITC XXA details on page 119 Room Display NIRD details on page 122 This Connection Board NICB filters and protects the switch modules from ESD Electrostatic Discharges and EFT Electric Fast Transients The NICB printed circuit board is enclosed ...

Page 120: ...atherproof The NICB must be mounted in the back box onto which the switch modules are mounted 7 4 NICB kit The NICB is part of a kit NICB kit order number is NICB AAA The NICB kit contains the following parts Connection Board NICB Cross Cable R190193 4 Pole connector NICT4 AA The cross cable and the Connection Board are already connected and enclosed in a heat shrink wrap Figure 156 Connection Boa...

Page 121: ...nnector terminal NICT4 AA It has a screwless spring cage connection technique and each terminal has two connection points See 4 Pole Connector Terminal on page 60 The designation of the external inputs is shown in the following figure Figure 161 4 pole connector terminal with the inputs 7 5 2 External Contacts The external connections 5 5V IN0 and IN1 can be used to monitor potential free dry rela...

Page 122: ...er PF3 117 TD 93021US Installation Guide teleCARE IP Peripherals Figure 162 NICB connected to external contacts IMPORTANT The maximum cable length between the NICB and the external contacts shall not exceed 10m 33ft ...

Page 123: ...NICB for the use of one external input IMPORTANT Only IN0 of the NICB shall be used IN1 of the NICB shall not be connected If IN1 of the NICB is connected the switch module cannot properly detect the presence of the NICB Figure 163 Bedside module NIBM2 front and back view Connect the end of the cross cable in the connector marked NISE Note The NIPC XXA is connected in a similar way as the NIBM2 ...

Page 124: ... side module front and back view Note The two 4 pole screw terminals which are required to connect the room bus and the passive bus to the NICB module must be ordered separately The article number is R180768 See Connecting to the NICB on page 119 7 7 1 Connecting to the NICB The NICB cross cable needs to be prepared to be connected to the two 4 pole screw terminals before connecting to the switch ...

Page 125: ... July 2017 Ver PF3 120 TD 93021US Installation Guide teleCARE IP Peripherals Strip the insulation from the end of each wire over 5mm 3 16in Connect the cross cable wires to the two 4 pole screw connectors ...

Page 126: ...17 July 2017 Ver PF3 121 TD 93021US Installation Guide teleCARE IP Peripherals Place the 4 pole screw connectors on the switch module Note The NITC XXA is connected in a similar way as the NIDM ...

Page 127: ... Room Display Note The 8 pole connector terminal which is required to connect the room bus and the external bus to the NICB module must be ordered separately The article number is R180732 7 8 1 Connecting to the NICB The NICB cross cable needs to be prepared to be connected to the 8 pole screw terminal before connecting to the Room Display module Note The cross cable wires are not solid and cannot...

Page 128: ...7 July 2017 Ver PF3 123 TD 93021US Installation Guide teleCARE IP Peripherals Strip the insulation from the end of each wire over 5mm 3 16in Connect the wires to the 8 pole screw connector as shown below ...

Page 129: ...17 July 2017 Ver PF3 124 TD 93021US Installation Guide teleCARE IP Place the 8 pole connector on the switch module ...

Page 130: ...TX mobile transceiver NITX Staff transceiver and an optional low frequency beacon NILF The wireless bedside module NUWBM3 is a customizable three button wall mounted switch module It comes with an Ascom SafeConnect socket used for the connection of the bedside handset It contains a 916 to 921 MHz transceiver The wireless bedside module can be powered by two AA disposable alkaline batteries or conn...

Page 131: ...z LF receiver for receiving the location update information from LF beacons NITX Mobile Transceiver on page 158 The NITX staff transceiver is identical to the NITX mobile call transceiver except for the button functionality The staff transceiver is carried by staff members and allows the staff member to cancel calls initiated from wireless transceivers NITX BAB NIFX 1AB and NIFX 1BB through an LF ...

Page 132: ...e main difference between the wireless server and the teleCARE IP room controller is that the wireless server controls all wireless devices in the system whereas each room controller is responsible for only the devices which are hard wired to it The NIRC3 room controller requires the piggy back mounted NIRX transceiver module to give it wireless compatibility When combined with the NIRX the room c...

Page 133: ...tion information It then stores the location as the last known location The stored last known location will be added to the next event that is transmitted from the wireless device like a button press battery low alarm etc When a mobile wireless device comes within range of an active NILF location beacon it sends a location update message to the wireless server In addition based on the received loc...

Page 134: ...beacon NILF is needed at each room see Dynamic Mode on page 130 in order to identify the location of the NITX The NILF is also needed if access control is required at entrance doors 8 3 1 Static and Dynamic Modes teleCARE IP with speech can function in Static or Dynamic modes depending on the configuration in the system manager of the of the mobile transceivers NITX Refer to the teleCARE IP Config...

Page 135: ...des a voice piggyback module NIVP and two NIRC3s include a transceiver module NIRX There are five corridor lamps and each room has a doorside module NIDM combined with a speech module NISP At the door to each room an active LF location beacon NILF is mounted The active LF location coverage green area includes the door to the room The two main entrance doors have a passive location beacon NILF and ...

Page 136: ...their static or dynamic location mode setting in combination with passive or active location beacons Transceiver location mode LF beacon mode Location at the start of a new call Speech location change update Before speech During speech After speech Static NA Configured location No No No Dynamic Passive Last known No No No Active Last known Yes No No ...

Page 137: ...3 base station as far away as possible from sources of RF interference such as transmitters wireless telephone system repeaters large electrical motors electronic ballasts microwave ovens and air conditioning units The signals transmitted from the wireless devices can penetrate obstructions such as walls ceilings and doors but the signal received by the NIRC3 base station will be reduced and can b...

Page 138: ...ired An NIRC3 room controller An NIRX RF transceiver module mounted on the NIRC3 A USB stick containing a dedicated configuration file required for RF coverage testing An NITX or NIFX that is set to Storage or RF test mode To set up the equipment for the RF coverage test plug the USB stick into the NIRC3 room controller and power on the NIRC3 Note A module that is set to Storage mode will be autom...

Page 139: ... does not receive an acknowledgment from the base station it will retransmit the message up to 4 times The time between the retransmissions depends on the device ID and will be indicated on the NITX or NIFX by a series of short LED flashes with an interval of about one second IMPORTANT When performing a coverage test try to avoid having retransmissions to ensure the best coverage with a minimum ri...

Page 140: ...4 feet above the floor Note The shape of the NILF coverage area in the following illustrations are theoretical and in practice the coverage area could be distorted by environmental influences such as metal objects strong magnetic fields and electric motors Figure 175 Wall Mounted NILF vertical coverage When setting up the LF power of the NILF be aware that penetration of the LF signal to adjacent ...

Page 141: ...ngth is possible through walls of light weight construction Figure 177 Wall Mounted NILF horizontal coverage Note The LF signal can penetrate certain building materials which means the signal might be detected through walls doors and ceilings etc If an LF coverage area is to be over 9 feet wide radius a combination of Master and Slave NILF beacons should be used The maximum separation between the ...

Page 142: ...ation on how to put the NITX or NIFX in LF test mode refer to Appendix Wireless Planning Considerations of the teleCARE IP Configuration Manual TD 93019US To set up the equipment for the LF range test mount the NILF at the required location and insert the batteries When the wireless module NITX or NIFX is in range of the LF field of the NILF the LED will flash shortly once every second for as long...

Page 143: ...infrastructure make sure to test that the repeats hops are functioning correctly all the way from the last node in the subnet towards the wireless gateway In systems where multiple wireless gateways are used repeat this step for each wireless gateway configured Figure 179 Full wireless infrastructure example The wireless repeaters communicate with each other through a secondary transceiver operati...

Page 144: ... frequency beacon NILF as described in the general section see General on page 125 Wireless Repeaters can be mounted outdoors using a suitable weatherproof enclosure that meets local electrical code Outdoor boxes can be used to place a repeater NUREP in an outdoor environment protecting the repeater from the outdoor elements By placing a repeater in an outdoor box the range of a wireless system ca...

Page 145: ...ucture over a wired infrastructure are Reduced installation costs because less cabling and labour are required Higher flexibility during system planning Easier to expand Less or no disturbance of residents in case of renovation Figure 181 Wireless infrastructure principle Note The wireless infrastructure is compatible with the teleCARE IP wireless functionality using room controllers NIRC3 with NI...

Page 146: ...epeater must be able to see the next and the previous wireless repeater in the subnet at all times all the way up to the wireless gateway The status of the wireless repeaters in a wireless infrastructure are constantly monitored and an error message will be sent if a section fails to respond ...

Page 147: ...ireless repeaters are dual RF transceivers One RF transceiver 916 to 921 MHz is used for the local traffic events from the resident pendant wrist transceiver or the fixed wireless modules in the room The other RF transceiver IEEE 802 15 4 is used for transmitting the events to the other wireless repeaters thereby creating a wireless backbone that is capable of handling high traffic Repeaters are s...

Page 148: ... Not applicable 4 Internal RF antenna section For RF 916 to 921 MHz communication with wireless modules 5 Multi color status LED see the Status LED colors table below 6 8 pole DIP switch Mode SW5 off Wireless Repeater SW5 on Wireless Gateway 7 Battery connection Optional for placing two AA type 1 5V alkaline batteries 8 Internal RF antenna section For RF IEEE 802 15 4 communication between repeate...

Page 149: ...5VDC Class II power adapter to the wireless repeater Figure 184 Connect the external power supply NUREP Battery Placement Optional It is possible to place two batteries as backup power in case the mains power fails Place the two AA type 1 5V alkaline batteries according the image below observe polarity Figure 185 Insert the batteries ...

Page 150: ...suitable weatherproof enclosure that meets local electrical code An outdoor box protects the repeater from the outdoor elements for example at a campus style facility or when outdoor coverage is required to capture calls from residents when outside An example of an outdoor box is shown below Figure 186 Example of an outdoor box with repeater ...

Page 151: ...the central receiver receiving the RF signals of the repeaters and the RF signals of the wireless devices that are in the direct vicinity of the wireless gateway Figure 187 Wireless repeater consisting of an NIRC3 and a NUREP The wireless gateway is a combination of two products The repeater NUREP To receive the RF signals from the repeaters A room controller NIRC3 to relay the signals from the re...

Page 152: ... the wireless gateway 2 Reset button 3 Micro USB connector For 5VDC power supply and data connection to NIRC3 using a USB to micro USB connection cable Article number 660464 4 Internal RF antenna section For RF 916 to 921 MHz communication with wireless modules 5 Multi color status LED see the Status LED colors table below 6 8 pole DIP switch Mode SW5 off Wireless Repeater SW5 on Wireless Gateway ...

Page 153: ...Article number 660464 Figure 189 USB connection between NIRC3 and NUREP 1 Plug the micro USB connector into the socket on the wireless repeater NUREP 2 plug the USB connector into the top slot of the USB 2 0 socket on the NIRC3 Figure 190 Example of the USB connection from NIRC3 to NUREP Use the cutouts on top of both spacers to guide the USB cable from the NIRC3 to the NUREP ...

Page 154: ... buttons with LEDs a white plastic body and includes a spacer for surface mounting It comes with an Ascom SafeConnect socket used for the connection of the bedside handset see NUHS1B Handset Connection on page 153 Figure 191 NUWBM3 NUWBM3 Electrical Connections Figure 192 NUWBM3 electrical connections 1 Power connector For connecting the batteries or a an optional 5 VDC Class II power adapter CE U...

Page 155: ...nections Connect the battery leads of the battery holder to the 3 pole screw terminal connector 2 Battery lead ground connection 3 Battery lead V connection Figure 193 NUWBM3 battery connection Insert two AA alkaline batteries observe polarity Figure 194 Batteries inserted into battery holder ...

Page 156: ... 195 NUWBM3 assembly Mount the NUWBM3 onto the spacer 1 Insert the battery holder into the spacer 2 Screw the metal adapter onto the spacer 3 Slide the frame onto the adapter 4 Connect the 3 pole screw terminal connector to the NUWBM3 circuit board 5 Insert the NUWBM3 into the frame till it snap fits ...

Page 157: ...ssemble NUWBM3 Figure 196 NUWBM3 assembled NUWBM3 External Power Supply Connection Optional Connect the Class II power adapter CE UL approved to the 3 pole screw terminal connector 1 Power supply lead 5 VDC connection 2 Power supply lead ground connection Figure 197 External 5 VDC connection ...

Page 158: ...the batteries 1 Insert a flat blade screwdriver into the bottom of the frame 2 Gently push the screwdriver upwards until the NUWBM3 is released from the metal adapter NUHS1B Handset Connection The Ascom SafeConnect socket is used for connecting the NUHS1B 1 button handset with handset disconnect alarm functionality 3 7 and 14 button handsets are not supported Figure 199 NUHS1B handset connected to...

Page 159: ...e NIRX can also be mounted on the NILF location beacon for actively monitoring the state of the NILF such as tamper and low battery alarm conditions Figure 200 Transceiver piggyback module NIRX 8 7 6 Connecting the Transceiver Module The NIRX is piggyback mounted on the NIRC3 room controller on the NIFX fixed transceiver and on the NILF low frequency beacon printed circuit boards Figure 201 Piggyb...

Page 160: ...can be extended with an optional voice piggyback module NIVP to include speech and with an optional transceiver module NIRX for wireless functionality Connecting the NIVP Module The NIVP is piggyback mounted on the NIRC3 room controller plugging into the two connectors Figure 203 Voice piggyback NIVP extension connectors Optional NILF Voice piggyback NIVP extension connectors NIRC3 ...

Page 161: ... NIFX 1BB supports the connection of a passive patient handset see Handset Connection on page 157 Connecting an External Alarm The fixed transceiver includes an 8 pole teleCARE bus connector for the hard wiring of an external alarm contact Only the SW_AUX and V pins are used The external alarm contact should be normally open The external alarm call is cleared when the contact opens Figure 205 Conn...

Page 162: ...rmal circumstances the battery life is 1 to 1 years When battery powered the fixed transceiver LEDs stay active for a period of 30 seconds after a call has been made When externally powered the red yellow and green LEDs will permanently emit a low intensity light for locating and identification in the dark Handset Connection The socket module version of the fixed transceiver NIFX 1BB includes a te...

Page 163: ...ist strap and lanyard must be ordered separately Using the NITX AAB Transceiver A single short button press places a normal call Normal call is displayed on the NIRD that is configured for that room A single long button press places an assistance call Assistance is displayed on the NIRD A single long button press followed by three short button presses cancels the call Calls can be remotely cancele...

Page 164: ...ceiver is necessary when replacing the battery Remove the four torx screws at the back of the transceiver using A special screwdriver T3 or bit IP 3 When the screws are removed gently pull off the rear cover Figure 209 Removing the rear cover Note Removing the rear cover will wear out the screw holes of the front cover therefore the transceiver can be opened and closed approximately three times Re...

Page 165: ...E IP Figure 210 Remove the circuit board Remove the battery from the circuit board by sliding it in the direction of the arrow Place the new battery with the positive terminal facing upwards and slide it into place Figure 211 Removing the old and placing the new battery ...

Page 166: ...erchangeable rings buttons and strap loops make it possible to customize the transceiver body The four rings and six buttons including a ring mounting tool are available as customization kit and the five strap loops including a rivet are available as an accessory kit Figure 212 Transceiver accessories ...

Page 167: ...ver NUUTX is a wireless interface point for all sorts of sensors and detectors The NUUTX has two independent inputs and a magnetic window door alarm detector The NUUTX is battery operated with a battery lifetime of 5 years Figure 213 NUUTX Universal Transceiver NUUTX Components Figure 214 NUUTX Universal Transceiver exploded view ...

Page 168: ... switch which is mounted on the NUUTX circuit board The NUUTX can be mounted on a door or window post and a magnet can be mounted on the door or window which should be aligned to the center of the NUUTX as shown in the picture below Figure 215 Window door alarm monitoring Legend 1 Hall effect switch for detecting the magnetic field of the magnet 2 Magnet mounted on the door or window aligned to th...

Page 169: ... Installation Guide teleCARE IP Alternatively in situations where existing window or door contacts are available or when integrated into a window or door post the outputs can be connected to one of the NUUTX inputs See NUUTX Inputs on page 165 ...

Page 170: ...ectors For example Fire detectors Window door open detector Low pressure switches to generate an alert from a resident Bed exit sensor Chair sensor Alerts from the building management system Figure 216 NUUTX inputs The NUUTX features two independent inputs supporting Normally open with line monitoring and normally closed contacts Flashing contacts from 1 Hz A DC voltage from 10VDC to 30VDC ...

Page 171: ...an be used in the toilet to indicate that a resident is in the toilet Software will determine when to alert the caregivers The NUWIR is battery operated with a battery lifetime of 3 years Figure 217 NUWIR PIR Passive Infra Red sensor The NUWIR can be used with the automated check in functionality to automatically perform a resident check in based on the residents movement NUWIR Components Figure 2...

Page 172: ...ase upper halve NUWIR Orientation The default orientation for mounting the NUWIR is vertical The NUWIR can also be mounted horizontally however note that the orientation of the fresnel lens should be adjusted when mounted horizontally To change the orientation of the fresnel lens remove the fresnel lens from the PIR sensor and reorient the lens depending on the required orientation for mounting Th...

Page 173: ... NUWIR Sensitivity The sensitivity of the NUWIR can be set to low or high by adjusting the setting of the 3 pole pin header that is located on the circuit board To change the sensitivity of the NUWIR position a shunt on the 3 pole header according to the image below Figure 221 Changing the NUWIR sensitivity NUWIR sensitivity 1 Low 13 feet 4 meters No shunt placed default 2 High 20 feet 6 meters Sh...

Page 174: ... LED will only function for 60 seconds after inserting the batteries In order not to disturb the residents this LED will not function during normal operation 1 Motion detected status LED 2 Passive infrared PIR sensor Adjust the NUWIR sensitivity if required see NUWIR Sensitivity on page 168 8 7 13 NUUTX NUWIR Battery Placement Figure 222 Place the two 1 5V alkaline batteries To place the batteries...

Page 175: ...e ground the NUUTX can be placed wherever suitable Screws with a diameter of 1 8 in 3 8mm should be used to mount the NUUTX NUWIR to the window door post or the wall Two suitably sized holes should be drilled at the marked spots In a wooden post holes should be drilled that are slightly smaller than the size of the screws that are used When mounting the NUUTX NUWIR on a wall holes should be drille...

Page 176: ...et 1 Larger sized snap fittings on top 2 Smaller sized snap fittings at the bottom 3 Screw the bracket onto the wall Place the NUUTX or NUWIR into the bracket by aligning the two holes on top of the module with the two fittings on top of the bracket Figure 225 Align the NUUTX or NUWIR to the top of the bracket 1 Align the two slots on top of the module with the top fittings of the bracket ...

Page 177: ...72 Installation Guide teleCARE IP Finally rotate the module until it snap fits on the lower halve of the bracket Figure 226 Snap fit the NUUTX or NUWIR onto the bracket 1 Rotate the module until it snap fits on the lower halve of the bracket ...

Page 178: ...mper alarm upon front cover removal detection or send a low battery alarm Figure 227 NILF Low Frequency Beacon The NILF operates at 125 kHz producing a spherical magnetic field with a range of up to 8 86 feet 2 7 meters The magnetic field strength can be adjusted to suit the requirements A master slave configuration can be used to extend the range of the LF field See Master Slave Beacon Interconne...

Page 179: ...n negatively influence the magnetic field which reduces the LF field coverage Open the NILF by removing the screw that is located at the bottom of the housing To remove the front cover slightly lift it up and gently pull it off of the rear cover Figure 229 Removing the front cover of the NILF Place the NILF onto the door post or the wall at approximately 4 feet 1 2 meters from the ground and mark ...

Page 180: ... door post or the wall Two suitably sized holes should be drilled at the marked spots In a wooden door post holes should be drilled that are slightly smaller than the size of the screws that are used When mounting the NILF on a wall holes should be drilled that accept a wall plug suitable for using screws with a diameter of 1 8 in 3 8mm Figure 231 Drill the two holes with the proper drill ...

Page 181: ...E IP Mount the NILF on the door post or wall Figure 232 Placing the NILF on the door post The two screws should be tightened carefully using the appropriate screwdriver Make sure that the NILF does not bend when tightening the screws Figure 233 Tightening the two screws ...

Page 182: ...cause the NIRX covers the top hole of the NILF case the NIRX antenna area will get damaged when trying to mount the NILF to the wall while the NIRX is in place It is important to remove the NIRX from the NILF circuit board before mounting the NILF to the wall See sequence below Figure 235 Correct sequence for placing an NIRX onto the NILF circuit board 1 Remove the LF antenna 2 Mount the NILF onto...

Page 183: ...ote supervision signalling of a heartbeat low battery warning and tamper warning The NIRX transceiver module is piggyback mounted on the NIRX Extension connectors as shown below Figure 237 Placing the NIRX on the NILF board Note To place an NIRX module it is necessary to remove the internal LF antenna IMPORTANT When placing the NIRX onto the NILF circuit board the top mounting hole of the NILF cas...

Page 184: ...elay output the internal battery and connection of an alternative external 24Vdc power supply Figure 239 External connections J2 For master slave connection see Master Slave Beacon Interconnection on page 182 For tamper alarm relay connection see Tamper Alarm on page 184 For 24Vdc external power supply use only a certified ECS power supply see Section 4 External Connector Description 1 SYNC Master...

Page 185: ... ID DIP switches SW1 1 8 and SW2 1 4 are used to set the 12 bit ID code of the NILF Figure 240 NILF 12 bit ID DIP switch settings When the highest bit bit 11 of the NILF ID is set the NILF will function as an active location beacon See Beacon Mode on page 183 for detailed information NILF ID Settings SW 1 Low byte SW 2 High nibble 1 Bit 0 1 Bit 8 2 Bit 1 2 Bit 9 3 Bit 2 3 Bit 10 4 Bit 3 4 Bit 11 5...

Page 186: ...issions s Normal High Low Very Low SW3 4 1 Range m SW2 6 5 00 Battery Life years 01 10 11 0000 0 3 10 3 7 20 5 1 0001 0 31 8 16 4 0 8 0010 0 36 6 7 13 4 3 35 0 67 0011 0 49 5 0 10 2 5 0 5 0100 0 63 4 0 4 8 8 2 0 4 0101 0 76 3 3 6 6 1 65 0 33 0110 0 94 2 7 5 4 1 35 0 27 0111 1 08 2 4 6 2 4 8 1 2 0 24 1000 1 21 2 1 4 2 1 05 0 21 1001 1 44 1 8 3 6 0 9 0 18 1010 1 53 1 7 5 5 3 4 0 85 0 17 1011 1 71 1 ...

Page 187: ...e on page 183 for setting the mode of the slave NILF Refer to Output Power and Transmission Rate DIP Switch Settings on page 181 to set the output power of the slave NILF Note that the transmission rate is decided by the master synchronization and setting this option on the slave will have no effect Master Slave Beacon Interconnection Connector J2 pin1 SYNC and pin 2 GND are the interconnection pi...

Page 188: ...cation update message that is stored locally by the wireless device as the last known location When a call is made the last known location will be added to the message for linking and messaging Active Location Beacon Wireless devices that enter the LF field of an active location beacon will be triggered to send out the location update message directly to the wireless server whenever the wireless d...

Page 189: ...o a third party system for generating an alarm when the NILF is tampered with This contact has a maximum rating of 300 mA at 30 Vdc IMPORTANT The tamper alarm output is only functional when an external 24Vdc power supply is used to power the NILF The solid state relay is disabled when only batteries are used Figure 245 Galvanically separated normally closed tamper alarm output To alarm monitoring ...

Page 190: ...ly monitored A red LED will indicate low battery status 1 flash per minute and tamper alarm continuous rapid flashing Under normal circumstances the battery life is minimum one year Figure 246 Placing the three 1 5V C R14 alkaline batteries WARNING When NILFs are fitted with batteries do not store them within range of NITXs as this will result in continuous transmissions of location messages which...

Page 191: ...6 Installation Guide teleCARE IP External Power Supply Connection Alternatively an external ECS certified 24Vdc power supply can be connected to power the NILF Figure 247 External 24Vdc power supply connection 24Vdc ECS certified Power Supply ...

Page 192: ...h Active Toilet Cancel and Active Pull Cord Peripherals A typical basic installation of a teleCARE IP system consists of one room controller with integrated corridor lamp NIRC3 to which the peripherals are connected The room controller offers four room buses which connect the peripherals to the room controller The example shown in the Illustration below is a 2 bed room with active peripherals for ...

Page 193: ...TD 93021US 17 July 2017 Ver PF3 160 Installation Guide teleCARE IP Figure 174 Wiring for 2 bed room with active toilet and shower peripherals ...

Page 194: ... the peripherals are connected The room controller offers four room buses which connect the peripherals to the room controller The example shown in the Illustration below is a 3 bed room with a toilet and shower Each bed is equipped with a bedside module and a handset Passive peripherals are used for the toilet and shower These peripherals are connected to a passive bus from the door side module F...

Page 195: ...TD 93021US 17 July 2017 Ver PF3 162 Installation Guide teleCARE IP Figure 176 Wiring for 3 bed room with passive toilet cancel and passive pull cord ...

Page 196: ... Rail Socket at each Bed The example shown in the Illustration below is a 2 bed room with peripherals for the toilet and shower Each bed is equipped with a medical rail socket which is usually installed in the medical rail above the bed and a handset Figure 177 2 Bed Room with medical rail sockets ...

Page 197: ...TD 93021US 17 July 2017 Ver PF3 164 Installation Guide teleCARE IP Figure 178 Wiring for a 2 bed room with medical rail sockets ...

Page 198: ...troller and 2 corridor lamps In the example there are three resident rooms each containing 3 beds and a toilet with shower One of the rooms is connected to the room controller and each of the other rooms is connected to a corridor lamp Each corridor lamp is connected to one of the room buses of the room controller Figure 179 Room controller with corridor lamps installation ...

Page 199: ...TD 93021US 17 July 2017 Ver PF3 166 Installation Guide teleCARE IP Figure 180 Wiring for three rooms with a room controller with two corridor lamps ...

Page 200: ... module can only be used in combination with the following active teleCARE IP peripherals the door side module NIDM the bedside module NIBM the medial rail socket active pull cord module NIPC XXA and the room display NIRD The example shown consists of one room controller with integrated corridor lamp to which only active peripherals are connected The room controller handles the speech communicatio...

Page 201: ...TD 93021US 17 July 2017 Ver PF3 168 Installation Guide teleCARE IP Figure 182 Wiring for 4 bed room with Speech at each bed ...

Page 202: ...e two output circuits are available as interfaces to external devices These inputs and outputs can be controlled over the LAN via the room controller The duty selector is typically located at the staff station as shown in the illustration below where it is used to select the call forwarding groups and response sequences according to the duty configurations which have been configured in the system ...

Page 203: ...TD 93021US 17 July 2017 Ver PF3 170 Installation Guide teleCARE IP Figure 184 Wiring for staff station with duty selector and door side module ...

Page 204: ... 7 Positioning of the teleCARE IP Peripherals The following illustrations show typical room installations with recommended locations for the teleCARE equipment 9 7 1 Room Controller Door side Module and Customizable Module 9 7 2 Toilet Cancel Module and Pull Cord Module ...

Page 205: ...TD 93021US 17 July 2017 Ver PF3 172 Installation Guide teleCARE IP 9 7 3 Bedside Module ...

Page 206: ... the NILF onto a wall See Mounting an NILF with NIRX on page 149 D 07 June 2016 Added chapter External Inputs See External Inputs on page 114 E 23 January 2017 Assembling and Attaching the Pull Cord image has been updated See Assembling and Attaching the Pull Cord details on page 79 Ethernet LAN and room bus cabling updated to reflect NIRC3 4 Room Buses See Ethernet LAN and room bus cabling on pag...

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