Related Manuals for SENSTAR MX-7000 Series
Summary of Contents for SENSTAR MX-7000 Series
- Page 1 MX-7000 Series Command and Control Center Installation & Operation Manual J9DA0802-001 Rev B July 13, 2018...
- Page 2 Copyright © 2012, Senstar Corporation. All rights reserved. Printed in Canada. The information provided in this guide has been prepared by Senstar Corporation to the best of its ability. Senstar Corporation is not responsible for any damage or accidents that may occur due to errors or omissions in this guide.
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Page 3: Table Of Contents
Table of Contents Section 1 Introduction ..........................5 System Description ........................... 5 Reference documents ..........................8 Section 2 Quickstart FPS-2-2M/MPS-4100 ....................9 Important installation procedures ......................9 FPS 2-2 installation ........................... 9 MPS-4100 installation ..........................13 Connecting the MX-7000 ........................15 Section 3 Quickstart FPS-5 MXF-7500 series .................. - Page 4 Setting up the MX-7000 ........................33 Calibrate display ..........................34 Set clock ............................34 Change all zones ..........................34 Zone configuration .......................... 35 Port configuration ..........................36 System Settings ..........................36 Other Setup functions ......................... 36 Set password access ........................36 Diagnose comm faults ........................
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Page 5: Introduction
The MX series is a modular, microprocessor-based communications and control center designed to monitor and control Senstar’s line of FPS fence protection sensors, SAT and SAFT I/O transponders, MPS-4100 microwaves systems as well as interface to Psycon or other security management systems (SMS). - Page 6 Figure 2 MX-7000 block diagram LED1 PRINTER J3 RESET EIA-232 - 3 EIA-232 - 2 EIA-232 - 1 COM 3 COM 2 COM 1 ETHERNET LOOP 4 LOOP 3 LOOP 2 LOOP 1 AUDIO P10 BATTERY POWER P9 D4 D3 D2 D1 USB link LOCAL BUS Status...
- Page 7 Description LED 1 - D24 Steady when system is ready D1 - LINK Ethernet communications D2 - 100 Ethernet communications D3 - DUP Ethernet communications D4 - COL Ethernet communications D6 - Processor OK LED steady on o/s load, pulsates to indicate that the o/s is operating D17 - Status LED steady on application load, flashes to indicate application is operating Table 1 Main board LED descriptions...
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Page 8: Reference Documents
Figure 5 Power card Reference documents The MX-7000 operates with other Senstar systems and with third party security devices. Refer to the manufacturers’ documentation when installing and setting up the connected equipment. MX-7000 Installation and operation manual P a g e... -
Page 9: Quickstart Fps-2-2M/Mps-4100
Use the approved multiconductor shielded cable, or equivalent, for connecting the MX-7000 to the FPS and MPS units. (The Senstar Interconnect Cable (p/n SP3922-TUV) is a three-pair, 18 AWG, individually shielded twisted pair cable, with overall foil shield, braided shield, and high density polyethylene jacket.) •... - Page 10 MPS-4100 FPS-2-2 FPS-2-2 FPS-2-2 Psycon security MX-7000 rear panel management system earth ground AC power transformer ARI/MMI 24 V battery pack Figure 6 Typical MX-7000 FPS/MPS-4100 system connections Unistrut type mounting FPS-2-2 space cable ties approximately 12 in. apart watertight compression connect earth fittings...
- Page 11 Run the sensor cable from each FPS processor as shown in Figures 7 and 9. NOTE: Your installation may utilize either standard MEX sensor cable or Helisensor. Observe special requirements for each type of sensor cable. Attach the sensor cable to the fence at approximate 12-inch intervals with black UV cable ties as shown in Figure 8.
- Page 12 • Set the transmit and receive address for each processor on the transponder PCB. Refer to Figure 24 or the FPS processor installation manual for address switch settings. DATA 12 - 16 AUDIO shield shield NOTE 1 to next from previous processor processor or MX-7000...
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Page 13: Mps-4100 Installation
MPS-4100 installation Mount each MPS-4100 microwave unit (pair) as shown in Figure 11 (refer to the MPS-4100 product guide for installation details). For MPS-4100 transponder card address switch settings refer to Figure 25. MPS-4100 transmitter from previous receiver transponder or MX-7000 to next transponder Figure 11... - Page 14 MPS-4100 Microwave Receiver connect return wires to either 1 2 3 4 5 6 common terminal Alarm I/P from Slave Receiver XPNDR CONNECT Tamper I/P from ALM 2 Slave Receiver TMPR Test O/P to TEST 2 Slave Receiver Audio I/P from AUD 2 1 2 3 4 5 6 Slave Receiver...
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Page 15: Connecting The Mx-7000
Connecting the MX-7000 1. Refer to Section 6 for installation details for the MX-7000 unit. Connect the MX-7000 to its power supply transformer and battery pack as shown in Figure 21. Apply power to the MX- 7000 by connecting the AC power first, and then the battery pack. 2. -
Page 16: Quickstart Fps-5 Mxf-7500 Series
Optical fiber requirement: Multimode, 62.5 µm/125µm with a maximum loss of 3.5 dB/km at 850 nm wavelength of light. Senstar recommends breakout style of cable with each fiber individually enclosed in aramid yarn and a 2 mm elastomer jacket. An approved cable type is from Optical Cable Corp. (800) 622-7711 www.occfiber.com, part numbers: BX02-070D-WLS/900-OFNR for 2 fibers in cable, BX04-080D-WLS/900-OFNR* for 4 fibers in cable. -
Page 17: Connecting The Mxf-7500
MPS-4100 FPS-5 FPS-5 SAFT 62.5/125 multimode fiber FPS-5 MXF-7500 earth ground AC power ARI/MMI battery Figure 13 MXF-7500 FPS-5 and SAFT fiber optic system connections Connecting the MXF-7500 1. Refer to section 6 for installation details for the MXF-7500 unit. Connect the MXF-7500 to its power supply transformer and battery pack as shown in Figure 21. -
Page 18: Silver Network Support
(USB to fiber/422 converters). The supported sensors include fence sensors FlexPS, FlexZone-4, Senstar LM100, plus the UltraWave microwave sensor, and the UltraLink I/O processor. Refer to the appropriate product manuals for installation and configuration details for specific Silver Network based devices. -
Page 19: Silver Network Device Documentation
48 VDC Network Power supply. Alarm data communications can be over RS-422 wiring or fiber optic cable (single-mode or multi-mode). The MX-7000 supports only the Silver Network loop configuration. Go to the Senstar website (www.senstar.com) to request copies of the Silver device Product Guides. -
Page 20: Silver Device Configuration Details
The UltraLink I/O processor accepts up to 6 dry contact inputs. These inputs are mapped to the MX-7000 display zones as follows: UltraLink I/O processor UltraLink Input/State MX-7000 XPO zone MX-7000 display state P1 Alarm Alarm P1 Tamper Tamper P3 Alarm or Tamper Trouble P5 Alarm Alarm... - Page 21 Figure 15 shows a typical UCM alarm zone setup for a FlexPS sensor. Figure 15 Typical FlexPS Remote Configuration Note: To enable the Aux I/P 1, you could assign P-1 for its alarm, for it to also activate the XPO zone 1 display alarm.
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Page 22: Silver Device Upgrades Of Existing Fps Systems
Silver Device Upgrades of Existing FPS Systems Here are some points to keep in mind when replacing your perimeter devices with Silver devices. • The FlexPS sensor can use existing MEX sensor cable. However, new Silver Network data cable must be deployed to the processor. •... -
Page 23: Operator Interface
Section 5 Operator Interface The MX-7000 annunciates alarms audibly and visually, provides control of each zone, allows listening to each zone, and provides an event record (digital if Alarm Record Keeping System-ARKS is installed, and hardcopy if a parallel printer is connected). In host mode the MX-7000 serves as an interface between the MX network of security devices, and a Psycon or other host alarm display and control system. -
Page 24: Operator Commands
zone status flash time scale: 0.5 sec. 1.0 sec. 1.5 sec. 2.0 sec. secure zone - steady green zone alarm - slow flash & slow alert tone -red/ white white + slow alert tone zone alarm acknowledged - steady red alert tone silenced zone alarm reset - steady green tamper alarm - fast flash &... -
Page 25: Command Line
zone status display command line 05/14/2011 14:26 Zone Alarms 3 system activity display fields command functions Setup Audio Test Access & RST zone select Figure 19 MX-7000 command screen (single display system) Command Line The command line displays the time, current system alarms and command error on the left and zone, password, alarm causes and test all confirm numerical input on the right. -
Page 26: Audio
Audio Use the Audio function to activate or deactivate the audio signal from a zone with listen-in capability. The Audio is enabled automatically when an audio capable zone intrusion alarm or tamper occurs. Only one zone audio can be selected at any given time. To activate the audio function: 1. -
Page 27: Installation
Video Switcher • Silver Network devices (FlexPS, FlexZone-4, Senstar LM100, UltraWave, UltraLink I/O) The MX-7000 comes in either rack-mount or desktop option. Desktop mounting is typically used to provide operator access and control. Rack-mounting is generally used in situations where the MX-7000 is serving as an interface to another display and control system. -
Page 28: Transformer Setup (120 V/220 Vac Input)
Transformer setup (120 V/220 VAC input) The MX-7000 unit can be powered from either 120 volt 60 Hz or 220 volt 50 Hz power using the MX series power supply (p/n 02-190008). The unit is wired at the factory for 120 volt operation (see Figure 20). -
Page 29: Connections To Field Equipment
From power supply transformer 24 VDC series connection 12 VDC Battery 12 VDC Battery NOTE: The battery must have sufficient capacity to power the MX-7000 and its connected sensors to meet the runtime specification ( site-specific) Figure 21 MX-7000 backup battery connections Connections to field equipment All field connections to the MX-7000 are made via the plug-in connectors on the rear panel (see Figures 22 and 23). -
Page 30: Data/Audio Connections
MXF-7500 fiber optic loop card fiber optic transponder fiber optic transponder to next transponder to next transponder Figure 23 Fiber loop connections Data/audio connections A typical FPS-5 installation requires a pair of multimode fibers looped through all FPS-5 and SAFT processors (up to 30 transponders per fiber optic loop) and returning to the MXF-7500. -
Page 31: Connecting And Testing The Processors
If the problem continues, replace the processor with another. If the problem still exists, and there is more than one loop card, try another loop card. If the problem remains, contact Senstar Customer Service for assistance. -
Page 32: Transponder Address Switch Settings
Transponder address switch settings transponder address receiver address* transponder address receiver address* XPO 1 XPO 6 XPO 2 XPO 7 XPO 3 XPO 8 XPO 4 XPO 9 XPO 5 XPO 10 * Later revision transponders have only the transponder address switch. The receiver address is set automatically. Transponder addressing is the same on each copper loop (max. -
Page 33: Mx-7000 Setup
Section 7 MX-7000 Setup A complete security system requires that the MX-7000 Multiplex Control Center be setup to work with the configuration of installed transponders and sensors. Since the layout and requirements of each facility are different, each installation requires some site-specific setup. It is recommended that all initial setup, adjustments and testing be accomplished in your shop. -
Page 34: Calibrate Display
Figure 27 Setup screen Perform the initial MX-7000 system setup in this sequence: 1. Calibrate display. 2. Set system clock. 3. Change all zones (globally define certain settings for all zones). 4. Zone configuration (setup each zone at your site) 5. -
Page 35: Zone Configuration
5. Identify the transponder’s address (1 to 10 for copper loop, 1 to 30 for fiber loop and Silver loop). 6. Identify the transponder zone 1 or 2. For Silver devices FlexZone-4 and Senstar LM100 zones 1, 2, 3. or 4 and for UltraWave only zone 1. -
Page 36: Port Configuration
12. For EDAPT zones change the EDAPT count if desired and set separate tampers for processors so configured. Silver Network devices do not have EDAPT capability. 13. Select Next Zone and continue until all zones have been reviewed and configured, as required. Port configuration Use the Port configuration function to setup the MX-7000 serial ports and parallel printer port. -
Page 37: Diagnose Comm Faults
Diagnose comm faults Select Diagnose comm faults to troubleshoot network communication errors on the MX loops. A transponder display will be shown for the loop. Communications status is indicated by color: OK is light green, magenta indicates fail. Dark green indicates good comms to a device that has not been defined, or for a Silver loop device that is defined incorrectly. -
Page 38: Acknowledge All
Acknowledge all Use the Acknowledge all function to acknowledge all unacknowledged alarms at once. 1. Select Acknowledge all. 2. Select Yes. Load Software Use the Load Software function to load software packages to the MX-7000. The current version of software will be displayed. 1. -
Page 39: Network Connections
Section 8 Network Connections NOTE: This section uses the term MX to refer to both MX-7000 and DCU (Data Collection Unit) devices. The following instructions apply to both devices. Connect the MX to a network bridge or switch port with an RJ-45 Ethernet cable to the RJ-45 jack on the MX-7000 back panel (see Figure 24). -
Page 40: Software Upgrades Over An Ip Connection Using Dcufinder.jar
Software Upgrades over an IP connection using DCUFinder.jar Software prior to version 121 must be upgraded using DCUFinder.jar java application. The process requires that the network PC has Java installed as well as the DCU Finder (Java application), and the MX upgrade package. -
Page 41: Software Upgrades Over An Ip Connection Using A Web Browser
Software Upgrades over an IP connection using a web browser Software versions 121 and later can be upgraded using the MX web page. 1. Apply power to the MX and wait until it fully boots (status LED D17 is flashing). 2. -
Page 42: Multiplex Copper Loop Power Distribution Calculations
Section 9 Appendix A Multiplex copper loop power distribution calculations The MX-7000 can supply the power for its connected FPS2-2M processors. However, supplying the power to the distributed field units from a central location causes a voltage drop in the power cable due to the distances involved in a perimeter protection system. -
Page 43: Selecting The Voltage Dropping Resistor (Rd)
The voltage drop between the farthest cable distance XPO and next XPO (XPO2) is calculated using a current of 30 mA through the resistance of the cable (Rc). If there is 2,000 ft. (Dc1) of power wires between the two processors then: Vc1 = 30 mA x 14 x Dc1 Vc1 = 0.03 x 14 x 2 Vc1 = 0.84 V... - Page 44 8. Calculate lc3 (current through cable #3) lc3 = l1 + l2 + l3 = 0.03 + 0.03 + 0.03 = 90 mA 9. Calculate Vc3 (voltage drop in cable #3) Vc3 = (lc3) (Rc3) = (0.09) (28) = 2.52V 10.
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