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Installation Guide for NOTIFIER models including: NION-48M Wire Based Transceiver, NION-48M, Wire Based Transceiver, Wire Based, Transceiver
Notifier NION-48M-Installation - Fire Alarm Resources - Free fire alarm PDF manuals, documents, installation instructions, and technical specifications
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DocumentDocumentNION-48M Product Installation Document This document covers the procedures and specifications for installing the above listed unit and when appropriate, information regarding configuration on the monitored device. For more detailed configuration and operation information, refer to Network Installation Manual, Echelon Local Area Server Manual, or BCI 3 Manual as appropriate. Description of the NION-48M Similar in function to the NION-2C8M, the NION-48M is a discrete input interface used on the network. All of the system components are based on LonWorks (Local Operating Network) technologies. The NION-48M provides a gateway to the network for discrete monitored devices, equipment and control panels that have dry contacts. It allows discrete devices to operate on the same network as equipment with an EIA-232 output. The NION-48M connects a LonWorks FT-10 or FO-10 network with discrete monitored devices and conventional control panels. It provides a single, two-way communication channel for discrete inputs. NIONs are specific to the type of network to which they connect (FT-10 or FO-10). The transceiver type must be specified and ordered separately when ordering the NION. The NION-48M can be powered by any 24VDC power limited source with battery backup which is UL listed for use with fire protective signaling units however, this unit does include an MPS24B power supply. Power must be supervised or placed within 20 ft of the NION with connections run in conduit. The NION-48M mounts in an enclosure (NIS CAB-3) with conduit knockouts. It cannot be rack mounted. TB1 Power Connector - + SMX Module Stand-offs Status LEDs Network EPROM Configuration CPU Battery Backup Not Used SMX Module Connector Reset Pin Comm. LEDs Binding Pin Input LEDs Terminal Board 1 Ribbon Cable Connectors NION Program EPROM Configuration Legend for Inputs 1 - 20 and 25 - 44 Configuration Jumpers for Inputs 21 - 24 and 45 - 48 Configuration Legend for Inputs 21 - 24 and 45 - 48 Configuration Jumpers for Inputs 1 - 20 and 25 - 44 Terminal Board 2 Ribbon Cable Connectors www.PDF-Zoo.com NION-48M Board Layout Document 50856 NION-48M Installation Rev. A 9/30/98 firealarmresources.com A Document 50956 9/30/98 Rev 50956:A ECN 98-112 1 The NION-48M is designed to be wired to control panels and the network through plug-in terminal strips. The NION-48M has the following features: · Accepts normally open or normally closed dry contact inputs in any combination. · Powered from an included UL listed power supply, the monitored UL listed control panels or an auxiliary power supply which is power limited, supervised and UL listed for use with fire protective signaling units. · Alarm and trouble input LEDs. · Status, service, input LEDs. · Inputs can be configured as either two-state unsupervised or four-state supervised with EOL resistors. · Transformer coupled network connection using SMX style transceivers. · Software configurable from the workstation plug-in utility. · Transient protection to 2400V on all terminals. · Included wall mount enclosure (NIS CAB-3). NION Components The following illustration displays components included and required to install a 48M on the network. All of these items must be ordered separately. NOTE: Line cord not included. 48MTB Terminal Boards Each NION comes with two terminal boards which mount directly on the mother board with stand-offs. These boards provide terminal connections to monitored inputs. 48M Mother Board The NION motherboard contains all relays, LEDs, CPU, configuration jumpers, network interface, firmware and terminal board connections. Transformer Assembly One 4000TA, 110VA transformer and connector. SMX Network Transceiver One SMX transceiver daughter board is required for local network connection. Three styles are available for different topologies and media. This daughter board mounts on the mother board with a header strip and two standoffs. SMX transceiver must be ordered separately. www.PDF-Zoo.com NIS CAB-3 The NION-48M mounts in a locking cabinet with a Lexan dress plate. (12.25"H X 9.25"W X 2.75"D) MPS24BRB Power Supply The MPS24BRB supplies 2.0A of 24VDC regulated power to operate the NION. Up to 200mA of resettable auxiliary power is also available. This supply contains an integral battery charger which can support 6.5 to 17AH batteries. Document 50856 NION-48M Installation Rev. A 9/30/98 Batteries The cabinet provides space for 12AH batteries. To use 17AH capacity batteries use the BB-17 battery box. Batteries must be ordered separately. 2 firealarmresources.com Installation Requirements The NION-48M can be installed in the following environmental conditions: · Temperature range of 0ºC to 49ºC (32°F - 120°F). · 93% humidity non-condensing at 30ºC (86°F). NIS-CAB3 The NION-48M comes standard with a wall mount enclosure, the NIS-CAB3. This enclosure has a locking door and mounting hardware for the 48M assembly (motherboard, terminal boards and network transceiver), MPS24BRB power supply, transformer and batteries. Mounting the enclosure to its wall position 1) Use the provided key to unlock the enclosure cover. 2) Remove the enclosure cover. 3) Mount the enclosure to the wall. Refer to the enclosure mounting hole layout below. 4) Mount the MPS24B power supply and transformer to the stand-offs in the back of the cabinet using the provided hardware. 5) Mount the 48M motherboard to the mounting rails in the same manner. Mounting Location The NION-48M is designed to be installed on a wall within 20 feet of the monitored equipment in the same room. The type of hardware used is at the discretion of the installer, but must be in accordance with local code requirements. 48M Device Addressing Device addressing at the workstation uses the following convention: Inputs - IN1 through IN48 Document 50856 NION-48M Installation Rev. A 9/30/98 3 www.PDF-Zoo.com firealarmresources.com NION Power Requirements The NION-48M is powered by the included MPS24BRB power supply. The MPS24BRB uses 110VAC, 1.8A(max.) of power and provides 2.0A of 24VDC power and battery backup in accordance with local code requirements. The MPS24BRB contains a built in battery charging circuit capable of supporting 6.5 to 17AH 24VDC batteries. Alternately, the NION can be powered by any power limited 24 VDC source which is UL or ULC listed, as appropriate for your area, for use with fire protective signaling units. For replacement part orders specify MPS24BRB for Replacement Board. Power connections from the MPS24BRB to the NION must be as follows: TB1 on the 48M motherboard to pins 3 and 4 of TB2 on the MPS24BRB. Terminals on both boards are labelled for proper connections. Normally Closed Trouble Contacts Contacts open when the main power supply enters a trouble condition. Cut JP1 to make auxiliary power non-resettable. Do not cut. Not Used Removal disables battery charging. Transformer Connection AC Power Reset Secondary Power 27.6VDC, 6.5 to 17AH. Supervised and power-limited. Fast charge = 0.75 amps (typical), trickle charge = 20mA (typical). Battery Battery + Common Earth Ground Connect to chassis with a grounding cable assembly (Cable #71073). Hot Neutral Earth/Service Ground Primary Power 110VAC, 1.8 amps max. +24VDC NION Power Circuit is power-limited, RMS-regulated, non-resettable, 2.0 amps max. -+ Auxiliary 24VDC Power 200mA max. Power limited, filtered, regulated and resettable. MPS24BRB Power Supply NOTE: Always remove power from the NION before making any changes to switch settings and removing or installing option modules, SMX network modules and software upgrade chips or damage may result. Document 50856 NION-48M Installation Rev. A 9/30/98 4 www.PDF-Zoo.com firealarmresources.com Input Configuration Inputs can be configured for two-state unsupervised or four-state supervised operation. In addition, 8 inputs (21 24, 45 - 48) can be configured to monitor switched voltage inputs. These configuration settings are made with jumpers on the 48M motherboard. These jumpers are grouped in an area beneath the terminal boards. Inputs 21 - 24 Inputs 45 - 48 Inputs 1 - 10 Inputs 11 - 20 Inputs 25 - 34 Inputs 35 - 44 Input Configuration Jumpers NOTES: Two-state, unsupervised inputs cannot be used for fire applications. All input jumpers are arranged left to right, top to bottom. Discrete Only Inputs (1 - 20, 25 - 44) Inputs one through 20 and 25 through 44 can be configured as either two-state or four-state discrete inputs. To define the input type, a single jumper is set for each input. The diagram above displays the location of these jumpers and the following table describes which jumper applies each input. Input 1 2 3 4 5 6 7 8 9 10 Jumper JP11 JP23 JP35 JP47 JP12 JP24 JP36 JP48 JP13 JP25 Input 11 12 13 14 15 16 17 18 19 20 Jumper JP5 JP17 JP29 JP41 JP6 JP18 JP30 JP42 JP7 JP19 Input 25 26 27 28 29 30 31 32 33 34 Jumper JP37 JP49 JP14 JP26 JP38 JP50 JP15 JP27 JP39 JP51 Input 35 36 37 38 39 40 41 42 43 44 Jumper JP31 JP43 JP8 JP20 JP32 JP44 JP9 JP21 JP33 JP45 To configure an input for two-state unsupervised operation place the associated jumper across pins one and two (left and center). For four-state supervised operation, place the jumper across pins two and three (center and right). Pin 1 Pin 2 Pin 3 Document 50856 NION-48M Installation Rev. A 9/30/98 5 www.PDF-Zoo.com firealarmresources.com Discrete or Switched Voltage Inputs (21 - 24 and 45 - 48) Inputs 21 through 24 and 45 through 48 can be configured to operate as discrete, two-state unsupervised or fourstate supervised inputs or, switched voltage (SV) inputs. Each input can be individually configured for maximum flexibility. To define the function of each of these inputs, five jumpers must be set. These jumpers are grouped together for easy identification. The diagram below shows the location of these jumper groups and a breakdown of each jumper setting for the defined functions. Configuration Jumpers for Inputs 21 - 24 Configuration Jumpers for Inputs 45 - 48 For SV inputs, close pins 1 and 2. For Discrete, close pins 2 and 3. For 2-State inputs, close pins 1 and 2. For 4-State inputs, close pins 2 and 3. For SV inputs close pins 1 and 2. For Discrete close pins 2 and 3. Single Input Jumper Group For SV inputs, close the following pins to select the monitored voltage: 5VDC - 1 and 2 12VDC - 3 and 4 30VDC - 5 and 6 60VDC - 7 and 8 Pin 1 Pin 2 Horizontal Jumpers Pin 3 Pin 3 Pin 2 Pin 1 Vertical Jumpers Jumper Pin Key Switched Voltage Input Jumpers Pins 8 6 4 2 Pins 7 5 3 1 Jumper Blocks Software Configuration In order to utilize all features available with the NION-48M, the 48M Plug-In utility must be configured at the system workstations. Features include a scheduler for all inputs and configuring each input as normally open or normally closed. Each Plug-In is described in detail in the Product Installation Description shipped with each NION. General Plug-In setup information can be found in the workstation manual. Document 50856 NION-48M Installation Rev. A 9/30/98 6 www.PDF-Zoo.com firealarmresources.com NION-48MTB Terminal Boards The Terminal Boards The NION-48M incorporates two terminal daughter boards which are mounted directly to the motherboard using included stand-offs. Both terminal boards are identical and interchangeable. Each terminal board is connected to the motherboard via included ribbon cables (four per terminal board). Point designation for each terminal is determined by the position of the terminal board on the motherboard. Refer to the diagrams below for terminal board mounting and ribbon cable connections. Mounting Standoff Mounting Standoff Terminal Board 1 Terminal Board 2 Mounting Standoff This stand-off is also used to attach the motherboard to the cabinet. Cable Sockets P1 P4 Cable Sockets P1 - P8 Mounting Standoff 48MTB Terminal Board Mounting Ribbon cables have universal ends and are keyed for proper connection. The motherboard has eight cable sockets, P1 through P8. Each terminal board has four sockets labelled P1 through P4. Terminal board one (T1) is mounted on the left and terminal board two (T2) is mounted on the left. The chart below maps the motherboard sockets to the terminal board sockets. Motherboard Socket P1 P2 P3 P4 P5 P6 P7 P8 Terminal Board T1 T1 T1 T1 T2 T2 T2 T2 Terminal Socket P1 P2 P3 P4 P1 P2 P3 P4 Ribbon Cable Mapping Document 50856 NION-48M Installation Rev. A 9/30/98 7 www.PDF-Zoo.com firealarmresources.com Input Connections Each terminal board has four rows of plug-in screw terminal connectors to land input points. All inputs are rated at 5VDC nominal, 2.5mA maximum current and 500 ohms maximum resistance. The inputs map to the connectors as described by the following diagrams: Terminal Board 1 Terminal Board 2 Inputs 1 8 Inputs 9 - 16 Inputs 17 24 Unused Inputs 25 32 Inputs 33 40 Inputs 41 48 Unused J1 J4 J1 J4 J2 J3 J2 J3 Terminal Input Mapping NOTE: For each terminal connector the inputs are numbered from left to right. Input Terminals (A - H represent any 8 inputs) Ground Four-state Input Wiring Input R-1K resistor A B C DE F G H NOTE: Use only wire for power limited systems. Power limited wire runs use type FPLR, FPLP, FPL or equivalent cabling per NEC 760. Input Connections Ground R-3.3K resistor NOTE: Input ground is common except for inputs 21 - 24 and 45 - 48 when they are used for switched voltage monitoring. Document 50856 NION-48M Installation Rev. A 9/30/98 8 www.PDF-Zoo.com firealarmresources.com