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MiniMax UniVario WMX5000 Operating Instructions Manual

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Operating Instructions
Heat Detector
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UniVario
WMX5000

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Summary of Contents for MiniMax UniVario WMX5000

  • Page 1 Operating Instructions Heat Detector ® UniVario WMX5000...
  • Page 2 Language en_US Document no. 100011855 DOC ID 100068164 Approval / modification no. EE14-138 Part no. 905500 Revision Version Edition 08-2016 ã 2016 by Minimax GmbH & Co. KG ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...

  • Page 3: Table Of Contents

    Table of contents Table of contents General........................... About this operating manual................. Validity......................Copyright notice.................... Intended use....................Safety..........................Safety instructions and warnings..............Intended use....................Safe operation....................Personnel qualifications................Responsibility of the operator..............Fields of use....................Design and function....................General description of the function............. Detector types.....................
  • Page 4 Table of contents Temperature measuring pad............... 3.10 Device markings..................3.10.1 Nameplate on WMX5000................3.10.2 Nameplate on WMX5000 3GD..............3.11 Detector base....................3.11.1 ® UniVario MX5000 detector base............... 3.11.2 ® UniVario MX5000 I detector base............. 3.11.3 UniVario ® MX5000 Ex detector base............3.11.4 UniVario ®...
  • Page 5 Table of contents Preparation for installation................Carrying out the installation................ Preparation for assembly................Carrying out the assembly................6.5.1 Bracket mounting..................6.5.2 Single-hole mounting.................. 6.5.3 Bracket mount installation................6.5.4 Assembly with wall mounting bracket............6.5.5 Assembly with pipe mounting bracket............Electrical connection................... 6.6.1 General connection instructions..............
  • Page 6 Table of contents 8.3.1 Carrying out test triggering................Function check.................... 8.4.1 Prerequisites....................8.4.2 Function check with heat source..............Cleaning the sensor element..............Check the LCD monitor on the MX5000 LCD detector base...... Replacing detector..................Troubleshooting......................Accessories/Spare Parts.................... 10.1 Detector base....................10.2 Detector attachment..................

  • Page 7: General

    General General About this operating manual The successful implementation of the installation and the safe operation of the product described require knowledge found in this operating manual. If this oper- ating manual refers directly or indirectly to laws, regulations, or directives or quotes from them, the manufacturer cannot be held responsible for the correctness, com- pleteness or up-to-date nature of the reference.

  • Page 8: Safety

    Safety Safety Safety instructions and warnings Safety instructions and warnings are marked with symbols in this manual. The safety instructions and warnings are always introduced by signal words that express the extent of the hazard. DANGER Indicates an imminent danger. This danger will result in death or serious injuries if it is not avoided.

  • Page 9: Safe Operation

    Safety Safe operation The devices described here feature a high degree of operational safety. However, the devices can pose hazards or impair the system or other property if used improp- erly or other than intended. The devices must only be used in an undamaged and fully functional condition.

  • Page 10: Personnel Qualifications

    Safety Personnel qualifications The various tasks described in this manual require that the persons responsible for them have different qualifications. Before starting any work, the following persons must be designated who have the knowledge required to operate the system: ● Person in charge of the system ●...

  • Page 11: Fields Of Use

    Safety - be familiar with basic regulations on occupational safety and accident prevention, - have been given instruction on handling the detector and the entire system - and have read and understood the operating manual, including the safety and warning notices. Fields of use WMX5000 heat detectors are especially well suited for use where fire risks arise from solid or liquid materials in areas with aggressive media, e.g.
  • Page 12 Safety Field of application – WMX5000 SF All detectors are available as silicone-free versions and thus free of substances which inhibit paint adhesion. For example, these detectors can be used in paint fin- ishing plants. INFORMATION Make sure that assembly and installation accessories are also silicone-free during assembly and installation.

  • Page 13: Design And Function

    Design and function Design and function General description of the function The WMX5000 heat detectors are used for detecting open fires with rapid heat development. These detectors feature a temperature sensor enclosed in a stainless steel cap. The alarm temperature of the detector can be selected between 0 °C and 105 °C. The setting can be carried out either by the installed DIP switch Ä...
  • Page 14 Design and function Basic detector configuration Fig. 1: WMX5000, WMX5000 Einloch 1 Detector 2 Sensor element 3 Decoupling element 4 Union nut, single-hole mounting 1 Connection socket 2 Socket board for plugging in MX5000 LCD detector base (option) and SMX5000 service device (option) Ä...

  • Page 15: Detector Types

    Design and function 7 Status indicators 8 Reed switch (inside) 9 Additional nameplate (only WMX5000 3GD) Fig. 3: WMX5000 front view Detector types The designs and characteristics of the different detector variants are described below. 3.2.1 WMX5000 detector type ● Basic type ●...

  • Page 16: Wmx5000 3Gd Detector Type

    Design and function 3.2.3 WMX5000 3GD detector type ● Basic type ● Settable release temperature of between 0 °C and 90 °C ● These heat detectors are suitable for use in explosion hazard areas 2 and 22. INFORMATION Also obtainable as a silicone-free version (suffix: SF). 3.2.4 WMX5000 Einloch 3GD detector type ●...

  • Page 17: Maximum Behavior

    Design and function INFORMATION The index of the differential behavior also applies to all other settable response temperatures that are not covered by the DIN EN 54-5 standard. Class index R (strong differential behavior) When using detectors with this setting, the differential evaluation takes place inde- pendently of the set alarm temperature, i.e.

  • Page 18: Permissible Detector Variants According To Din En 54-5

    Design and function 3.3.4 Permissible detector variants according to DIN EN 54-5 The response classes A1, A1R, A1S, A2, B, and C comply with the VdS approval and are approved according to DIN EN 54-5 as a construction product in line with the European Construction Products Regulation for the protection of buildings.

  • Page 19: Example In The Temperature Range C

    Design and function 3.3.6 Example in the temperature range C Fig. 5: Response behavior WMX5000 class C according to DIN EN 54-5 in the pre- scribed alarm range 1 Upper response limit, response class C 2 WMX5000, response class C 3 Lower response limit, response class C ®...

  • Page 20: Example With Maximum Behavior Setting (Max.) 60 °C

    Design and function 3.3.7 Example with maximum behavior setting (max.) 60 °C Fig. 6: Response behavior WMX5000 with max. 60 °C setting 1 WMX5000, max. 60 °C 2 Upper response limit, response class A2 3 Upper response limit, response class A1 4 Lower response limit ®...

  • Page 21: Status Indicators

    Design and function Status indicators 1 Alarm indicator (red) 2 Operating indicator (green) or fault indi- cator (yellow) Fig. 7: WMX5000 status indicators The status indicators show that operation is normal or if an alarm or fault exists. The detector has a red status indicator as well as a bi-colored green/yellow status indicator.

  • Page 22: Alarm Signaling

    Design and function Status Indicator Description Miscellaneous indicator behavior green flashes every Correct operation. (operation) 10 seconds yellow A malfunction exists. The fault indicator is lit (fault) only if an alarm is present The fault line current and only for the duration simultaneously increases of the fault.

  • Page 23: Fault Signaling

    Design and function Fault signaling If a fault condition is met (without an alarm, see below), the internal fault circuit is activated and an additional fault current flows . This increase in current allows a connected evaluation unit to recognize that a detector is in a fault state. The alarm indicator of the detector is lit.

  • Page 24: Note On The Dip Switch

    Device markings 3.10.1 Nameplate on WMX5000 The nameplate (on the rear of the detector) contains at least the following informa- tion: Manufacturer and address Minimax GmbH & Co. KG D-23840 Bad Oldesloe Detector type UniVario WMX5000 CE marking ® Operating Instructions / UniVario...

  • Page 25: Nameplate On Wmx5000 3Gd

    3.10.2 Nameplate on WMX5000 3GD The WMX5000 3GD nameplate (on the outside of the detector) contains at least the following information: Manufacturer and address Minimax GmbH & Co. KG D-23840 Bad Oldesloe Detector type UniVario WMX5000 3GD CE marking Explosion protection marking, category...

  • Page 26: Univario ® Mx5000 Detector Base

    Design and function 3.11.1 ® UniVario MX5000 detector base 1 Terminal block (8-pole) 2 Cable inputs with a cable gland Fig. 11: MX5000 detector base The standard MX5000 detector base has a terminal block (Fig. 11/1 and Fig. 38) and two cable inputs (Fig. 11/2) with M16 cable glands. INFORMATION Ä...

  • Page 27: Univario ® Mx5000 I Detector Base

    Design and function 3.11.2 ® UniVario MX5000 I detector base This option is NOT valid for the WMX5000 3GD detector. This detector base is equipped with an isolator and can be used for the WMX5000 with KMX5000 AP in loop applications. 1 Terminal block (8-pole) 2 Cable inputs with a cable gland 3 Isolator ISX284...

  • Page 28: Univario ® Mx5000 Lcd Detector Base (Option)

    Design and function The MX5000 Ex detector base has a terminal block (Fig. 13/1 and Fig. 38) and two certified cable entries (Fig. 13/2) with M16 cable glands as well as an external equi- potential bonding terminal. INFORMATION The 3GD detector must be included in the potential equalization of the explosion hazard area.
  • Page 29 (e.g., fault messages, settings and software release versions). The dis- play is controlled by the connected detector and varies depending on the detector type and its software version. Power-up No. Example display Description MINIMAX WMX5000 UniVario ® WMX5000 Heat detector Temp: 60 °C...
  • Page 30 Design and function Display text every 60 seconds No. Example display Description Actual Temp. Current temperature of detector. Detector The current value is shown approx. 10 minutes after start-up. 23.5 °C Sens. Life Lowest and highest temperature of the sensor since Min.
  • Page 31 Design and function Example display Description Testalarm Reed-Contact Displayed during test alarm by reed switch 26.5 °C Testalarm by Apollo Displayed during test alarm by KMX5000 AP 26.5 °C Fault text is displayed Example display Description WMX5000 Malfunction Displayed if fault occurs Min Temp Amb The third line in the display shows the fault type.

  • Page 32: Kmx5000 Rk Relay Module (Option)

    Design and function Fault type Description Sens.Shorted Sensor lines have been short circuited Sensor-Break Wire break of the sensor lines Conf Memory Segment error in controller flash memory Conf inconsi Detector configuration data inconsistent Code 00110001 Several errors/faults present Ä Chapter 9 “Troubleshooting” For more information about troubleshooting, on page 92.

  • Page 33: Univario ® Kmx5000 Ap Communication Module (Option)

    Design and function INFORMATION The alarm is latching and the fault is automatically reset. If the alarm condition is no longer present, manual resetting is possible by briefly switching off the detector voltage supply or by switching the test/reset input ("T/R") to "-UL" â...
  • Page 34 Design and function ● Adherence to allowable sensor element operating temperature range ● Function and setting of DIP switch If self-monitoring detects an error, the green operation indicator flashes and the yellow fault indicator (Fig. 7/2) is lit (however, not at the same time as alarm sig- naling).

  • Page 35: Project Planning Information

    Project planning information Project planning information ● Coordinate the number of detectors with the area to be monitored and the kind of event to be detected. Where appropriate, observe any applicable national regu- lations and laws. ● Observe the thermal time constant of the sensor element. ●...

  • Page 36: Configuration

    Configuration Configuration Have the work described in this section carried out only by the following persons: Personnel: Qualified specialist personnel DIP switch DIP switch settings on the detector: ● Setting the configuration INFORMATION Alternatively, the configuration can also be carried out using the SMX5000 Ä...

  • Page 37: Carry Out Configuration

    Configuration DIP switch Meaning Configuration/fire sensitivity -234-6-- DIP switch 1 in OFF position Reed switch active -234-6-- DIP switch 2 in ON position Not currently used DIP switch 3 in ON position DIP switch 4 in ON position Response temperature 90 °C, DIP switch 5 in OFF position -234-6-- response class C, class index...
  • Page 38 Configuration DIP switch Response temperature / Response temperature / response class with switch response class with index 12345678 index 12345678 XX34---- 60 °C / A1S XX-4---8 Max. 15 °C XX--5--- 65 °C / A2 XX34---8 Max. 20 °C XX3-5--- 65 °C / A2R XX--5--8 Max.

  • Page 39: Fill Out Setting Plate

    Configuration The response classes comply with the VdS approval and are approved according to DIN EN 54-5:2000 as a construction product in line with the European Construc- tion Products Regulation for the protection of buildings. Only WMX5000 Einloch Fill out setting plate Fig.

  • Page 40: Univario ® Smx5000 Service Device

    Configuration ® UniVario SMX5000 service device 5.5.1 Connection General information on the SMX5000 service device, see product information on ® UniVario SMX5000 service device. â Fig. 17: SMX5000 connected to UniVario detector 1 SMX5000 service device 2 Display 3 Connection cable (30-pole) 4 Pin connection (service connection) 5 Detector 6 DIP switch on the detector...
  • Page 41 Configuration Remove the detector from the detector base. Connect SMX5000 and detector using a connection cable: NOTICE! Damage to the pin strip possible in the event of wrong posi- tioning of the plug. Insert the plug into the pin strip so that the lug engages in the groove in the pin strip.

  • Page 42: Operation

    Configuration 5.5.2 Operation 1 LCD monitor 2 r button – menu level upwards 3 s button – menu level downwards 4 Exit button – cancel input 5 Enter button – confirm input 6 Fault LED 7 Power LED Fig. 19: SMX5000 operation Item Meaning LCD monitor r ] Navigate upwards...

  • Page 43: Overview Of Main Menus

    Configuration Item Meaning Fault LED (from software version V02Exx) ● Lights up yellow in the event of an error message in the ring memory of the connected detector Power LED ● Lit green when there is a connection to the detector ●...

  • Page 44: Main Menu "Display Versions

    Configuration 5.5.4 Main menu "Display versions" Level Submenu Description Example display 1 2 3 Versions Detector card soft- Display part number of the ware Part No. detector software Detectorcard Soft.#904880 Detector card soft- Display software version of the Versions ware version detector.
  • Page 45 Configuration Level Submenu Description Example display 1 2 3 KMX5000 AP Display software version of the Versions communication module (V: ver- KMX5000AP Software version sion status, E: development Soft. V00E00 status) KMX5000 AP Display programming date of the Versions communication module software Programming date KMX5000AP (yymmdd,yy: Year,mm:...

  • Page 46: Main Menu "Configure Detector

    Configuration 5.5.5 Main menu "Configure detector" WMX5000 Configuration of the heat detector via the service device is only possible when DIP switches 3 to 8 are in position OFF (DIP switch position 1 to 2 unchanged). Fig. 20: DIP switch position WMX5000 Level Submenu Description...

  • Page 47: Main Menu "Display History Memory

    Configuration Level Submenu Description Example display 1 2 3 The setting of a class can overwrite the set alarm temperature! Display/Set Display and set class index. Index R Config. class index and S according to DIN EN 54-5, index AlarmIndex M for maximum behavior.
  • Page 48 Configuration Level Submenu Description Example display 1 2 3 51.7 °C max. RESET Reset the min/max temperature Temp.Hist. min/max values (service time) by pressing Temp.Service temperature [Enter]. Reset ? (service time) Service time Display of the service times per tem- Temp.Hist.
  • Page 49 Configuration Level Submenu Description Example display 1 2 3 Fault history Display of the fault history by fault by type type (by type). Display the fault types by pressing buttons r or s followed by OK (no fault currently in the memory) or Err (one or more faults in the memory).

  • Page 50: Main Menu "Apollo Data

    Configuration Level Submenu Description Example display 1 2 3 Fault history Selection menu for display of the Fault Hist. by occur- faults that have occurred, followed by Order of App rence the absolute or relative elapsed hour counter reading. All the currently stored error mes- sages are displayed according to this selection.
  • Page 51 Configuration Level Submenu Description Example display 1 2 3 TypeCode dec200 hexC8 Month of man- Month of manufacture is displayed A-Values ufacture xxx (number of months since MonthManufac November 1997, e.g. 121 = January 7/2007 2008) and mm/yyyy (month/year). Drift Flag Drift Flag is displayed.

  • Page 52: Main Menu "Detector Mode

    Configuration 5.5.8 Main menu "Detector Mode" Level Submenu Description Example display 1 2 3 DetectorMode Activation Detector mode is activated by pressing of detector key [Enter] . push ENTER mode The LCD monitor of the service tool dis- to activate plays the current detector data.

  • Page 53: Installation

    Installation Installation Have the work described in this section carried out only by the following persons: Personnel: Qualified specialist personnel Safety The assembly and installation work described below requires that all project plan- ning documents for the complete system as well as for the respectively valid national regulations and laws be observed.

  • Page 54: Carrying Out The Assembly

    Installation The configuration parameters have been entered on the setting plate Fig. 16. INFORMATION The detector base can remain covered with a dust cap MX5000 until the detector is Ä Chapter 10 “Accessories/Spare Parts” on page 94. fitted Carrying out the assembly Assembly can be carried out according to the assembly variants described below.

  • Page 55: Bracket Mounting

    Installation 6.5.1 Bracket mounting Fig. 21: WMX5000 bracket mounting dimensions 1 Detector is adjustable in 15° increments. ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 56 Installation 1 Bracket screws Fig. 22: MX5000 detector base for bracket mounting Drill the holes required for the mounting of the bracket. Be sure to observe the dimensions and pivot area of the detector. Mount the bracket with the suitable fastening materials. Screw the bracket to the detector base using the bracket screws (Fig.
  • Page 57 Installation 1 Terminal block 2 Cable entry 1 Terminal block 2 Cable entry 3 Ribbon cable connector Fig. 23: MX5000 detector base Fig. 24: MX5000 LCD detector base ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 58 Installation Fig. 25: Screw the WMX5000 to the detector base 1 Terminal block 2 Detector base 3 Detector 4 Screws ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...

  • Page 59: Single-Hole Mounting

    Installation 6.5.2 Single-hole mounting Fig. 26: WMX5000 single-hole mounting dimensions 1 Union nut for G3/4" DIN 2440 mounting pipe Fig. 27: WMX5000 single-hole mounting – G3/4" mounting pipe ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 60 Installation Fig. 28: WMX5000 single-hole mounting set – assembly with washer Install the G3/4" mounting pipe (Fig. 27) or the single-hole mounting set 'sup- port adapter assembly with washer' (Fig. 28) on site at the duct or channel to be monitored. Observe the dimensions of the detector. If a R1/2"...
  • Page 61 Installation Screw the detector and detector base together with the screws (Fig. 25/4) sup- plied. Tighten the screws crosswise in order to prevent leaks. (wrench size 4 mm, 3.5 Nm) Detailed information on mounting the detector with single-hole mounting can be taken from the accompanying sheet (part no.

  • Page 62: Bracket Mount Installation

    Installation 6.5.3 Bracket mount installation Fig. 29: WMX5000 bracket mount installation 1 Detector 2 M5 screws 3 O-ring 4 MX5000 W console ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 63 Installation Fig. 30: WMX5000 bracket mount installation dimensions ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 64 Installation 1 Mounting of heat detector, illustrated without gasket. 2 M5 screw 3 O-ring 4 DIN7981 C4.2x16 tapping screw 5 Machine housing 6 Alternative 7 Rivet at installation site 8 3.2x16 aluminum blind rivet Drill the holes required for installing the console. Use the console as a drilling template.

  • Page 65: Assembly With Wall Mounting Bracket

    Installation 6.5.4 Assembly with wall mounting bracket Fig. 31: Dimensional drawing of wall mounting bracket 1 MX5000 wall adapter 2 NIG M8 screw Fig. 32: MX5000 wall mounting bracket Drill the holes required for the assembly of the MX5000 wall adapter. Mount the MX5000 wall adapter correctly using suitable fasting materials.

  • Page 66: Assembly With Pipe Mounting Bracket

    Installation 6.5.5 Assembly with pipe mounting bracket Fig. 33: Dimensional drawing of pipe mounting bracket 1 MX5000 wall adapter 2 MX5000 pipe adapter 3 NIG M8 screw Fig. 34: MX5000 pipe mounting bracket Feed the pipe adapter (2) with the flaps through the recesses into the MX5000 wall adapter (1).

  • Page 67: Electrical Connection

    Installation Place the MX5000 base into the intended recesses of the MX5000 wall adapter. Tighten the screws (3) to 10 Nm. Mount the MX5000 base with the cable glands facing downwards. 1 MX5000 pipe mounting bracket 2 Clips (not included in scope of supply) 3 Pipe (not included in scope of supply) 4 MX5000 base (not included in scope of supply)

  • Page 68: Maximum Terminal Resistance

    Installation ● The cable insulation must extend all the way to the connecting terminal. Do not damage the cable when stripping off insulation. ● The maximum permissible cable temperatures must not be exceeded. Choose suitable cables. Choose suitable laying method. ●...
  • Page 69 Installation INFORMATION The total current is the total of all currents together. This can be from ● the quiescent currents of the detectors, ● the current via the end-of-line resistor at the end of the line, ● the alarm currents of all detectors which can switch to an alarm state simulta- neously.

  • Page 70: Preparation Of Cable Connection

    Installation Preparation of cable connection INFORMATION Shielded cabling for the detector is not mandatory. However, the connection condi- tions of the evaluation unit used might require this. Check the operating manual of the evaluation unit. Fig. 36: Cable gland unshielded 1 Intermediate fitting 2 Cable sheath 3 Plastic insert...

  • Page 71: Fasten The Cable Gland And Cable Shield

    Installation 6.7.1 Fasten the cable gland and cable shield For the procedure described below, see Fig. 36 and Fig. 37. Remove the cable gland union nut and plastic insert with seal from the detector base. Slide the union nut onto the connection cable. Slide the plastic insert with seal onto the connection cable.

  • Page 72: Connect The Complete System (Control Drawings)

    Installation Connect the complete system (control drawings) The proper integration of the detector into the configured complete system is shown in the following figure. 6.8.1 Alarm line wiring diagram Fig. 39: Alarm line wiring diagram, without fault line 1 Fire detection control panel 2 Alarm line 3 Detector 1 4 Detector n...

  • Page 73: Alarm And Fault Line Wiring Diagram

    Installation 6.8.2 Alarm and fault line wiring diagram Fig. 40: Connection of alarm line to fault line 1 Fire detection control panel 2 Alarm line 3 Fault line 4 Detector 1 5 Detector n 6 End-of-line resistor (EOL) INFORMATION If a fault line is used, the complete cabling must have a separately laid "-UL/GND" wire for each detector line.

  • Page 74: Alarm Line Wiring Diagram, External Display And Test/Reset Button

    Installation 6.8.3 Alarm line wiring diagram, external display and test/reset button Fig. 41: Alarm line wiring diagram, external display and test/reset button 1 Fire detection control panel 2 Alarm line 3 Voltage supply external indicator 4 Detector 1 5 Detector n 6 End-of-line resistor (EOL) 7 External indicator 8 Test/reset button for test triggering...

  • Page 75: Univario  Kmx5000 Rk Relay Module

    Installation â UniVario KMX5000 RK relay module 6.9.1 Assembly of KMX5000 RK relay module Fig. 42: Assembling KMX5000 RK relay module 1 Fixing screws 2 Serrated lock washers 3 6-pole flex connection 4 Plastic insulating bushes 5 Detector base 6 Terminal block 7 Relay module 8 X4 terminal block 9 Short-circuit bridge...

  • Page 76: Relay Module Connection Diagram

    Installation Firmly screw the relay module (Fig. 42/7) using six fastening screws each (Fig. 42/1), serrated lock washers (Fig. 42/2), and plastic insulating bushes (Fig. 42/4) into the detector base (Fig. 42/5). Connect and screw in 6-pole flex connection (Fig. 42/3) with corresponding connecting terminals (Fig.

  • Page 77: Univario ® Kmx5000 Ap Communication Module

    Installation 6.9.2.2 Separate voltage supply Fig. 44: Connection for separate voltage supply 1 Alarm 2 Fault 3 Shared return conductor 4 To the next detector 5 Test/reset (option) NOTICE With separate voltage supplies to detector and relay module, no fault message occurs at the relay module if the detector is switched off or is removed from the detector base.
  • Page 78 Installation Fig. 45: Mount KMX5000 AP 1 KMX5000 AP communication module 2 DIP switch on the KMX5000 AP communication module 3 DIP switch on the detector INFORMATION When connecting (Fig. 46), note that removing a detector will cause the wire to break! In order to prevent this, alternatively the wires of the incoming loop and out- going loop can be jointly run through one connecting terminal (with the same rigid cross-section up to 1 mm², flexible up to 1.5 mm²).

  • Page 79: Communication Module Connection Diagram

    Installation 6.10.2 Communication module connection diagram Fig. 46: Loop mode connection diagram 1 Fire detection control panel 2 Loop start 3 Loop end 4 Detector 1 5 Detector n ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...

  • Page 80: Example Addressing

    Installation Fig. 47: Insulator base connection diagram 1 Fire detection control panel 2 Loop start 3 Loop end 4 Detector 1 5 Detector n 6.10.3 Example addressing Address 42 Switches 1-3-5-7 Fig. 48: DIP switches on KMX5000 AP – example address 42 6.10.4 Address communication module Address...
  • Page 81 Installation Address DIP switch Address DIP switch Address DIP switch ---4567 -234--7 --3--6- 123-567 1-34--7 12---6- -23-567 --34--7 -2---6- 1-3-567 12-4--7 1----6- --3-567 -2-4--7 -----6- 12--567 1--4--7 12345-- -2--567 ---4--7 -2345-- 1---567 123---7 1-345-- ----567 -23---7 --345-- 1234-67 1-3---7 12-45-- -234-67 --3---7 -2-45--...
  • Page 82 Installation Address DIP switch Address DIP switch Address DIP switch -23-5-7 --34-6- -2----- 1-3-5-7 12-4-6- 1------ ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...

  • Page 83: Commissioning

    Commissioning Commissioning Have the work described in this section carried out only by the following persons: Personnel: Qualified specialist personnel Preparation for start-up NOTICE Unwanted triggering due to incorrect installation! Incorrect installation of the device may cause unwanted triggering. Ensure that the equipment has been installed correctly before starting any work on the fire detection system.
  • Page 84 Commissioning Operation with a fire detection control panel Put the detector line into operation in accordance with the operating instruc- tions of the fire detection control panel. Switch on the voltage supply. ð After a maximum of one minute, the green operation indicator flashes at 10-second intervals.

  • Page 85: Maintenance

    Maintenance Maintenance Have the work described in this section carried out only by the following persons: Personnel: Qualified specialist personnel Maintenance work must be carried out in accordance with national guidelines and standards and at regular intervals, taking account of operating conditions and envi- ronmental factors.

  • Page 86: Inspection

    Maintenance Interval Activity Component Chapter Ä Chapter 8.3 “Test Annually Test triggering All detectors triggering” on page 86 Ä Chapter 8.4 Annually Function check All detectors “Function check” on page 88 Inspection Carry out the following inspections: ● Check the detector housing, especially the cable entries, for seal tightness. ●...

  • Page 87: Carrying Out Test Triggering

    Maintenance 8.3.1 Carrying out test triggering NOTICE Property damage caused by unauthorized release of a transmission unit or a fire extinguishing system is possible! Prior to the function test, ensure that the relevant lines/groups of the fire detection control panel are in revision mode and any connected transmission unit or fire extinguishing system is deactivated and secured.

  • Page 88: Function Check

    Maintenance Function check NOTICE Property damage caused by unauthorized release of a transmission unit or a fire extinguishing system is possible! Prior to the function test, ensure that the relevant lines/groups of the fire detection control panel are in revision mode and any connected transmission unit or fire extinguishing system is deactivated and secured.
  • Page 89 Maintenance INFORMATION If the function check with a heat source is not possible at the installation location of the detector: Ä Chapter 8.3 “Test triggering” on page 86 ● Carry out test triggering. ● Subsequently put the detector into operation at a suitable location and test it. ●...

  • Page 90: Cleaning The Sensor Element

    Maintenance Cleaning the sensor element NOTICE Functional impairment of the detector from cleaning agents Using other cleaning products may impair the functionality of the detector. Cleaning of the sensor element may only be carried out according to the instructions given above.

  • Page 91: Replacing Detector

    Maintenance Check and record the state values. ð This can be used for deciding how to service the detector. Replacing detector Depending on the ambient conditions, detectors must be replaced after 10 years at the latest. Depending on the demand at the installation location, components may age prematurely and need to be replaced sooner.

  • Page 92: Troubleshooting

    Troubleshooting Troubleshooting Have the work described in this section carried out only by the following persons: Personnel: Qualified specialist personnel The following symptoms indicate a fault: ● The fault indicator lights up with connected fault line when there is no alarm. ●...
  • Page 93 Troubleshooting Possible causes Remedy The detector was operated outside the 1. For line operation: If present, measure operating voltage range. the operating voltage of the next detector (away from the fire detection system). 2. If there is no adjacent detector present: Remove the detector from the detector base.

  • Page 94: Accessories/Spare Parts

    Accessories/Spare Parts Accessories/Spare Parts 10.1 Detector base Designation Part no. 904701 UniVario ® MX5000 base a) c) 912082 ® UniVario MX5000 Ex base 907011 UniVario ® MX5000 3M16 base a) c) 906127 ® a) b) UniVario MX5000 LCD base ® a) c) 912493 UniVario...

  • Page 95: Communication Interfaces

    Accessories/Spare Parts 10.3 Communication interfaces Designation Part no. 906361 ® a) b) UniVario KMX5000 RK relay module ® 905883 UniVario KMX5000 AP communication module ISX 284-I 3GD isolator 915864 908499 LMX5000 repeater panel Not for WMX5000 3GD Cannot be used with MX5000 LCD detector base 10.4 Service accessories Designation...

  • Page 96: Special Accessories

    Accessories/Spare Parts 10.7 Special accessories Designation Part no. Cold-shrinkable tube, silicone 25 > 5.6 mm 905337 Optical system cleaning set 916644 Dust cap MX5000 (for detector base) 921694 ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...

  • Page 97: Overview Of Univario  Detector Series

    Accessories/Spare Parts 10.8 â Overview of UniVario detector series ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 98 Accessories/Spare Parts The service tool may only be used outside potentially explosive atmospheres. ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 99 Accessories/Spare Parts The service tool may only be used outside potentially explosive atmospheres. ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...

  • Page 100: Disassembly And Disposal

    Disassembly and disposal Disassembly and disposal After end of use, the detector must be disposed of or brought to a recycling center in accordance with statutory regulations. Upon request the manufacturer can take back and properly dispose of the electrical equipment and electronic devices within the Euro- pean Union according to Directive 2012/19/EU.

  • Page 101: Technical Data

    Technical data Technical data 12.1 Functional data Measuring principle NTC sensor Response threshold values static: 0 °C ... 90 °C 0 °C ... 105 °C differential: Class index R dT/dt > 5 K/min (independent of the release temperature) Class index S or no index: dT/dt >...

  • Page 102: Mechanical Data

    Technical data 12.2 Mechanical data Detector Housing Die-cast aluminum Color Red (similar to RAL 3000) Weight (including base and bracket) approx. 850 g Dimensions (basic type, incl. base) 85 mm x 130 mm x 140 mm (LxWxH) Sensor element, length 39 mm (basic type) 90 mm (single-hole mounting) M16 x 1.5 metal screw connection (2...

  • Page 103: Electrical Data

    Technical data 12.3 Electrical data Detector Nominal voltage 9 V ... 24 V DC Operating voltage 7.6 V ... 30 V DC Start-up current max. 5 mA Nominal current consumption (quiescent approx. 10 s after start-up current) Detector 0.15 mA Detector with MX5000 LCD (option) 0.4 mA Detector with KMX5000 AP (option)

  • Page 104: Climatic Data

    Technical data KMX RK relay module (option) Operating voltage 24 V (14 V ... 29 V) DC Operating current, KMX5000 RK only approx. 20 mA at 24 V (normal opera- (without detector current) tion, fault relay ON) approx. 30 mA at 24 V (alarm relay and fault relay ON) approx.

  • Page 105: Approval/Conformity

    Technical data KMX5000 AP communication module (option): Ambient temperature -20 °C ... +80 °C KMX5000 RK relay module (option) Ambient temperature -20 °C ... +80 °C Storage temperature -40 °C ... +80 °C Relative humidity 5 % ... 85 %, non-condensing MX5000 LCD detector base (option): Ambient temperature -20 °C ...
  • Page 106 Technical data KMX5000 AP communication module (option): VdS approval G207032 Standard EN54-18:2005 Certificate of conformity 0786-CPD-20315 KMX5000 RK relay module (option) VdS approval G208058 Standard EN54-18:2005 Certificate of conformity 0786-CPD-20314 ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...

  • Page 107: Packaging, Storage And Transport

    Packaging, Storage and Transport Packaging, Storage and Transport 13.1 Transport and Packaging The product described here is packed according to the quantity, transportation mode and transportation conditions. ● Transport the product in such a way that it does not create a source of danger by falling.

  • Page 108: Appendix

    Appendix Appendix ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 109 Declaration of conformity Declaration of conformity ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 110 Declaration of conformity ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 111 Type examination certificate Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 112 Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 113 Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 114 Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 115 Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 116 Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 117 Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 118 Type examination certificate ® Operating Instructions / UniVario WMX5000 / 905500 / 08-2016 / en_US...
  • Page 119 Detector types with part numbers Detector types with part numbers The WMX5000 heat detectors described in this operating manual are available in the following versions: Type Part no. Description WMX5000 905441 Basic type WMX5000 Einloch 905847 Basic type, single-hole mounting WMX5000 3GD 907268 Explosion hazard areas 2 and 22...
  • Page 120 Ì905500´ ¹ µ » ´ ¸ Î...

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