EMU-1. User Manual. Engine Monitoring Unit Analogue to NMEA For variant: EMU-1-BAS. Issue 1.06

Transcription

1 EMU1 Analogue to Uer Manual For variant: EMU1BAS Iue 1.06

2 2000 EMU1 Content Company information 4 Important Notice 5 Trademark and Regitered Trademark 5 Fair ue Statement 5 Technical Accuracy 5 Product Regitration 5 Product Guarantee 5 Product Dipoal 5 Product Overview 6 Figure 1 Example of an EMU1 Intallation 6 Package Content 6 Intallation Warning 7 Intallation Order 8 Selecting a Mounting Location 8 Figure 2 Example of a Typical Intallation 8 Wiring Loom Length 9 Intallation without Gauge 9 Intallation with Gauge 9 Figure 3 Connecting to Sender 9 Figure 4 Connecting to Gauge 9 Mounting the EMU1 10 Bulkhead Mounting 10 DIN Rail Mounting 10 Figure 5 Mounting Option 10 Connecting to an 2000 Network Network Minimum Network Requirement 11 Figure Minimum Network Requirement Diagram 11 Gauge Input Connection 12 Inulated Terminal Sender with Gauge 12 Inulated Terminal Sender without Gauge 12 Standard Grounded Sender with Gauge 12 Standard Grounded Sender without Gauge 12 Figure 7 Gauge Input Connection Example 12 Alarm Input Connection 13 Figure 8 Alarm Input Connection Example 13 Tacho Input Connection 14 Ignition Coil 14 Alternator 14 Hall Effect and Electronic Pule Sender 14 Inductive Sender 14 Figure 9 Tacho Input Connection 14 Page 3

3 2000 EMU1 Calculating Tacho PPR 15 Auxiliary Input Connection 15 Battery Voltage Sening 15 Power Requirement 15 Connecting the Power 15 Grounding Requirement 15 Factory Configuration 16 Configuring the EMU1 16 Configuration Requirement 16 Troublehooting Guide 17 Technical Support and the Return Procedure PGN Lit 18 Dimenion Diagram 18 Figure 14 Dimenion Diagram 18 Specification 19 EMU1 Product Order Code 20 Important Notice The EMU1 ha been certified to comply with the European directive for Electromagnetic Compatibility (EN60945) and i appropriately CE marked. Operation of the unit hould be in conjunction with appropriate CE approved hielded connector and cabling ued in accordance with the CE directive EN Any EMC related iue hould be reported to Active Reearch Limited immediately to allow the company to rectify or reolve EMC related problem in accordance with it obligation under EN If the unit i connected uch that compliance failure occur beyond the company control, the company hall not be held reponible for compliance failure until uitable EMC guideline for connection are een to have been taken. Trademark and Regitered Trademark Actiene and the Actiene logo are regitered trademark of Active Reearch Limited. All other trademark are the property of their repective owner. The name and logo are copyright held by the. All ue in thi manual are by permiion and no claim on the right to the name or logo are made in thi manual. Fair ue Statement The content of thi manual may not be tranferred or copied without the expre written permiion of Active Reearch Limited. Copyright 2013 Active Reearch Ltd. All right reerved. Technical Accuracy To the bet of our knowledge the information contained in thi document wa correct at the time it wa produced. Active Reearch Ltd cannot accept liability for any inaccuracie or omiion. The product decribed in thi manual and the pecification thereof may be changed without prior notice. Active Reearch Ltd cannot accept any liability for difference between the product and thi document. To check for updated information and pecification pleae contact Active Reearch Limited. Active Reearch Limited will not be liable for infringement of copyright, indutrial property right, or other right of a third party caued by the ue of information or drawing decribed in thi manual. Product Regitration Pleae regiter your product via the online form. Your product package include a unit erial number. The erial number i ix digit and can be found below the barcode on the white label on the top of the EMU1. Alternatively, if your EMU1 i inacceible, you will find the erial number under the product information on the network lit page of an 2000 MFD. Your regitration will ait Actiene Support to link your product to your detail, implifying any future aitance you may require. Company information Active Reearch Ltd Unit 5 Weex Trade Centre Ringwood Road Poole, Doret UK, BH12 3PF Telephone: 44 (0) upport@actiene.com Web: Product Guarantee Thi product come with a three year return to bae guarantee. If you upect that the unit i faulty pleae refer to the Troublehooting Guide on page 17. It i a requirement of the guarantee that all intallation of electronic equipment follow the 0400 pecification. Any connection to a battery or power upply mut meet the mandatory eential afety requirement that may be impoed by local regulatory agencie. Actiene product are intended for ue in a marine environment, primarily for below deck ue. If a product i to be ued in a more evere environment, uch ue may be conidered miue under the Active Reearch Limited guarantee. Product Dipoal Pleae dipoe of thi product in accordance with the WEEE Directive. The product hould be taken to a regitered etablihment for the dipoal of electronic equipment. Page 4 Page 5

4 2000 EMU1 Product Overview The EMU1 convert data from analogue engine ender into 2000 compatible data, allowing modern 2000 diplay device to monitor the engine data and aociated gauge level aboard a veel. The unit ha been deigned to connect in parallel to an exiting gauge, o exiting intrument can till be ued. The EMU1 can alo be ued traight from the ender without a gauge being preent. In effect the EMU1 can be intalled for mot engine make and model. The EMU1 provide 6 dedicated Gauge input, capable of meauring the output from the required engine ender. The unit alo provide 4 Alarm input (e.g. high temp, low preure), 2 Tacho input, and 2 uer definable Auxiliary input. See the EMU1 FAQ ection to find which ender are upported. See Table PGN Lit on page 18 for a lit of 2000 PGN that the EMU1 upport. Refer to the EMU Config Tool Uer Manual on the EMU1 download page for intruction on how to configure the EMU1. Figure 1 Example of an EMU1 Intallation Gauge and Indicator are Optional RPM Gauge High Engine Engine Temperature Gauge Oil Preure Gauge Temperature Low Oil Preure Indicator Indicator Intallation Warning! All warning and notice mut be followed to enure the correct operation of the EMU1. Incorrect intallation may invalidate the guarantee. It i highly recommended that all of the intallation intruction are read before commencing the intallation. There are important warning and note throughout the manual that hould be conidered before the intallation i attempted. Warning 1: Accuracy The Actiene EMU1 i deigned to reliably meaure voltage level on ender and enor; the accuracy i reliant upon the correct intallation and the correct configuration of the EMU1. Furthermore the information preent in the aociated 2000 PGN which are output by the EMU1 depend on configuration parameter being et correctly. Therefore, the EMU1 hould only be ued a an aid to veel monitoring, control or navigation and hould not be ued a a replacement for traditional aid and technique. Warning 2: Intallation and Operation Thi product mut be intalled and operated in accordance with the intruction provided. Failure to do o could reult in peronal injury, damage to your boat and/or poor product performance. Warning 3: Intallation Code of Practice When wiring the power upply to the EMU1 enure the iolation witch i off. Wiring the EMU1 while the connection i live may damage the EMU1 and i in breach of the guarantee. All wiring hould be in accordance with the regional code of practice for intallation. Warning 4: Firmware Update It i highly recommended that the Firmware i kept up to date in the EMU1. Pleae check to enure your EMU1 hipped with the latet Firmware. You can do thi by locating the manufacturer oftware ID for your EMU1 on the network lit found in mot 2000 diplay or uing our freely available Reader. The latet firmware verion number and detail of upporting oftware uch a Reader can be found on the EMU1 download web page. Warning 5: NG Support It i highly recommended that an NG (either USB or ISO variant) be available for every EMU1 intallation. The NG can be ued to update the Firmware, connect to the Configuration Tool and diplay data on a PC running compatible oftware. Detail of the NG can be found here Backbone Alternator W Connection Temperature Switch 12V Negative Temperature Sender Ohm VDO (40 to 120 C) Euro Package Content 1 x EMU1BAS with pluggable crew terminal and 2000 dut cover. 1 x Actiene CD in leeve (Document and Software) 1 x EMU1 uer manual 1 x Connector cover 4 x Connector cover crew 4 x Mounting crew Acceorie Supplied Separately NG (either USB or ISO variant) for configuring the EMU1 DINKI mounting kit for ue with DIN rail Preure Switch 12V Negative Oil Preure Sender Ohm VDO (0 to 80 PSI / 0 to 5 Bar) Euro Note: Wire colour are for reference only Warning 6: Mounting Requirement Select a flat location to mount the EMU1. Mounting on a contoured urface may caue damage to the cae. Do not mount the EMU1 while the device i powered. Do not mount the EMU1 while the 2000 cable i connected. Do not mount the EMU1 while the engine cable harne i connected. Note that the terminal are pluggable for eay diconnection when mounting or removing the EMU1. Warning 7: Mounting Location Do not mount the EMU1 in the ame plane a tranmitting or receiving antenna. Do not mount the EMU1 cloe to an electronic compa. Warning 8: Wire Noie Avoid running noiy wire (uch a thoe connected to ignition coil) adjacent to enitive gauge or alarm wire a noie may be induced into thee wire and thi may reult in inaccurate meaurement and correponding inaccurate data being output to the 2000 bu. Page 6 Page 7

5 2000 EMU1 Intallation Order 1. Select mounting location: Enure the EMU1 can be mounted in a uitable location relative to the 2000 bu and the ender or gauge. See Selecting a Mounting Location on page Mount the EMU1 to the bulkhead, cabinet or other uitable location. See Mounting the EMU1 on page Connect to the 2000 network. See Connecting to an 2000 Network on page Connect the Gauge input. See Gauge Input Connection on page Connect the Alarm input. See Alarm Input Connection on page Connect the Tacho input. See Tacho Input Connection on page Connect the Power to the EMU1. See Power Requirement on page Configure the EMU1. See Configuring the EMU1 on page 16. Selecting a Mounting Location Figure 2 Example of a Typical Intallation how an example intallation. Thi give an idea of the connection that need to be made to intall the EMU1. All thee connection need to be conidered before electing an intallation location. Refer to Warning 7: Mounting Location on page 7. Ignition Fue Box Figure 2 Example of a Typical Intallation Gauge and indicator are optional Wiring Loom Length Intallation without Gauge The EMU1 can be ued on ender where the analogue gauge are not preent, connecting directly to the ender to be meaured. In thi cae it i recommended that the EMU1 be mounted cloe to the engine. The cable length between the ender and the EMU1 hould typically not exceed 2 metre. Figure 3 Connecting to Sender EMU1 1 2 VE Intallation with Gauge The EMU1 can be ued in parallel with exiting gauge to compliment the information already diplayed. In thi cae it i recommended that the EMU1 be mounted cloe to the gauge (intrument panel). The cable length between the gauge and the EMU1 hould typically not exceed 2 metre. Figure 4 Connecting to Gauge EMU1 1 2 VE Battery VE EMU1 1 2 Gauge Indicator Gauge Maximum 2 metre Maximum 2 metre EMU1 and upply have the ame ground Gauge have the ame ground a the EMU1 Gauge Indicator Gauge Terminated and powered 2000 network Engine ha the ame ground a the EMU power ource doe not need to hare a ground with the EMU1 Note: Wire colour are for reference only Note: Wire colour are for reference only Page 8 Page 9

6 2000 EMU1 Mounting the EMU1 See Connecting to an 2000 Network on page 11 before finaliing the intallation location. Bulkhead Mounting Ue the EMU1 a a template to locate and mark the drill hole for mounting. Do not attempt to drill the hole while the EMU1 i in poition. Refer to Warning 6: Mounting Requirement on page 7. Four M3.5 tainle teel panhead crew are provided with the EMU1 for mounting to the bulkhead. If thee crew are lot, uitable alternative may be ued. Note: Uing larger crew can damage the houing and invalidate the guarantee. Secure directly to a bulkhead uing the mounting crew provided with the unit. Refer to the Dimenion Diagram on page 18. Connecting to an 2000 Network The EMU1 ha a male Micro connector a pecified by the 2000 tandard. Thi allow the EMU1 to be connected directly to an 2000 bu without complication. If you are uing an alternative proprietary CAN bu network, a uitable adapter cable will be required. It i recommended that the manual for any proprietary CAN bu network device be conulted to determine the uitability of connecting an 2000 device uch a the EMU1. A certified 2000 cable i recommended for connection to the EMU1. Enure that the drop cable i no longer than 6 meter from the 2000 backbone, ee Table Cable Length Rule. The cable connector hould be crewed ecurely to the EMU1 connector to enure reliable operation. It i recommended that the upplied 2000 dut cover i left in place until the EMU1 i connected to the 2000 network. There are a number of indicator LED that can be ued to diagnoe the 2000 connectivity. Pleae refer to, 2000 Power LED (Red), 2000 LED (Green) and 2000 LED (Orange) on page 17 DIN Rail Mounting Requirement: An Actiene DIN Rail Kit (not included with the EMU1) Part Code: DINKI A top hat rail, type EN or a G ection rail, type EN Mounting uing a different rail type or an alternative mounting kit may breach the term and condition of the guarantee. Method: Refer to Warning 6: Mounting Requirement on page 7. Attach the mounting kit to the bae of the EMU1 with the kit upplied crew. There i proviion to mount the EMU1 vertically or horizontally (recommended). Uing alternative crew may not be reliable or may reult in damage to the houing and invalidate the guarantee. Bulkhead Mounting Figure 5 Mounting Option DIN Rail Mounting 2000 Network 2000 device will only communicate with each other when connected to a powered and correctly terminated 2000 network. It i not enough to imply connect two 2000 device directly together. All network need to be powered and terminated correctly to allow data to be tranmitted reliably on the network. TPiece are needed to connect each device to the network. Additional cable length can be ued between any of the connector to extend the length of the network. Enure the 2000 rule for cable length are adhered to, ee Table Cable Length Rule. Table Cable Length Rule Cable Type Per drop cable Sum of all drop cable Micro Backbone (terminator to terminator) Mini Backbone (terminator to terminator) Max Length 6m 72m 100m 200m 2000 Minimum Network Requirement All 2000 network require a 12V DC upply. In addition, a correctly functioning network will require the following component : 1 x PowerT 2 x Terminating Reitor 2 x TPiece (one per connected device) 2 x 2000 Device (uch a the EMU1) All the required network part can be upplied by Actiene Refer to Figure Minimum Network Requirement Diagram for an example network. Note that the diagram hould not be ued a an intallation guide network hould only be intalled following the 0400 pecification and all wiring hould be in accordance with the regional code of practice for intallation. Figure Minimum Network Requirement Diagram TPeice (KTMFF) Power Tap (KMP) TPeice (KTMFF) Terminator (KTERM) Terminator (KTERF) M3.5 / elftapping panhead crew (4 in pack) DIN rail clip (2 in pack) Counter unk PT crew (4 in pack) Example Device 12v Example Device Page 10 Page 11

7 2000 EMU1 Gauge Input Connection There are ix Gauge input which are deigned to be connected to exiting engine ender (reitive type) either with or without the gauge connected. In the cae where no gauge i connected the EMU1 automatically provide a feed to the ender. A dual tation ender mut alway have two gauge connected to it: the EMU1 cannot replace one or both of thoe gauge. If it i required to remove one or both gauge, the dual tation ender will need to be replaced with a ingle tation ender. Inulated Terminal Sender with Gauge Figure 7 Gauge Input Connection Example Input: The gauge power connection i connected to the ame poitive voltage upply a the EMU1. The gauge ground connection i connected to the ame ground a the EMU1. The gauge ignal connection i connected to the ender ignal line. The ender return connection i connected to the ame ground a the EMU1. The EMU1 Gauge input i connected to the gauge ignal line, typically with a cable run that doe not exceed 2 metre with a minimum 0.5mm wire diameter (24 AWG). Inulated Terminal Sender without Gauge Figure 7 Gauge Input Connection Example Input: The ender return connection i connected to the ame ground a the EMU1. The EMU1 Gauge input i connected to the ender ignal line, typically with a cable run that doe not exceed 2 metre with a minimum 0.5mm wire diameter (24 AWG). Standard Grounded Sender with Gauge Figure 7 Gauge Input Connection Example Input: The gauge power connection i connected to the ame poitive voltage upply a the EMU1. The gauge ground connection i connected to the ame ground a the EMU1. The gauge ignal connection i connected to the ender ignal line. The ender chai i connected to the ame ground a the EMU1. The EMU1 Gauge input i connected to the gauge ignal line, typically with a cable run that doe not exceed 2 metre with a minimum 0.5mm wire diameter (24 AWG). Standard Grounded Sender without Gauge Figure 7 Gauge Input Connection Example Input: The ender chai i connected to the ame ground a the EMU1. The EMU1 Gauge input i connected to the ender ignal line, typically with a cable run that doe not exceed 2 metre with a minimum 0.5mm wire diameter (24 AWG). Note: The example given are not limited to the input they are hown with. E.g. the Input example can alo be connected to any of the other Gauge input. Each input will accept any of the gauge / ender example decribed. Note: Wire colour are for reference only Alarm Input Connection There are four Alarm input which are deigned to be connected to exiting alarm type witche. The EMU1 can be ued with or without the alarm indicator (e.g. lamp or buzzer) connected. If there i no alarm indicator, a uitable reitor can be ued in it place. For 12 V upplie it i recommended to ue a 1 kω, ¼ W reitor, for 24 V upplie it i recommended to ue a 1 kω, 1 W reitor. Some alarm witche are incorporated into their relevant ender and are alo uitable to connect to the EMU1. There are everal different combination of witch type and wiring method that the EMU1 Alarm input are compatible with. Supported Switch and Intallation Type Normally Open witche (ee Figure 8 Example and ). Normally Cloed witche (ee Figure 8 Example and ). Active High (ee Figure 8 Example and ). Active Low (ee Figure 8 Example and ). Critical Circuit Requirement The witch circuit poitive upply i the ame a the upply ued to power the EMU1. The witch circuit negative upply (ground) i the ame a the EMU1 power ground. The witch circuit ha a load (e.g. buzzer, lamp or reitor) in erie with the witch between the poitive upply and ground. The EMU1 Alarm input i connected between the witch and the load (e.g. buzzer, lamp or reitor). Additional Information If the EMU1 i connected at the witch, the cable run hould not typically exceed 2 metre. If the EMU1 i connected at the buzzer or lamp, the cable run hould not typically exceed 2 metre. If replacing the buzzer or lamp with a reitor thi hould be done a near to the EMU1 a poible, in thi cae the cable run hould not typically exceed 2 metre. Pleae refer to the example hown in Figure 8 Alarm Input Connection Example Note: The example given are not limited to the input they are hown with. E.g. the Input example can alo be connected to any of the other Alarm input. Each input will accept any of the witch and intallation type lited above. Each input will require the type of intallation to be elected uing the configuration tool provided. Note: Wire colour are for reference only Figure 8 Alarm Input Connection Example Figure 7 Gauge Input Connection Example VE EMU1 1 2 Input VE EMU1 1 2 Input Input Input Input Input Input Input Page 12 Page 13

8 Tacho Input Connection Figure 9 Tacho Input Connection EMU1 1 2 VE There are two Tacho input which are deigned to be connected to exiting engine ender either with or without the gauge connected. The Tacho input mut be calibrated in the configuration tool. The Pule per Revolution (PPR) mut be entered to allow the correct RPM to be calculated by the EMU1. Calculating Tacho PPR 2000 EMU1 The EMU1 configuration tool allow the ratio to be configured. Thi ratio i uually referred to a the PPR (Pule Per Revolution). The engine manufacturer will uually be able to upply thi ratio o it hould not need to be calculated. For an Alternator ( W. R or AC ) terminal connection it can be calculated from: PPR = (Crank pulley diameter / Alternator pulley diameter) (No.of pole in Alternator / 2) For an inductive ender it i derived from the number of teeth on the flywheel: PPR = No.of teeth on flywheel Figure 10 Not Connected Not Connected Figure 11 Not Connected W Figure 12 Note: Wire colour are for reference only There are everal different ender option that can be ued to generate 2000 RPM data. Each upported type i lited below along with the information required to configure the input uing the configuration tool. Ignition Coil Connect the negative connection of the ignition coil to the poitive Tacho input of the EMU1. The negative Tacho input of the EMU1 hould be left unconnected. Refer to the connection in Figure 9 Tacho Input Connection and Figure 10. For calibration the PPR or the number of cylinder will need to be entered in the configuration tool. Alternator Connect the Tacho (AC Tap) or W connection of the alternator to the poitive Tacho input of the EMU1. The negative Tacho input of the EMU1 hould be left unconnected. Refer to the connection in Figure 9 Tacho Input Connection and Figure 11. For calibration the PPR or the number of pole and the pulley ratio will need to be entered in the configuration tool. Hall Effect and Electronic Pule Sender Connect the ignal line of the ender to the poitive Tacho input on the EMU1. The negative Tacho input of the EMU1 hould be left unconnected. Refer to the connection in Figure 9 Tacho Input Connection and Figure 12. For calibration the PPR or the number of teeth on the fly wheel will need to be entered in the configuration tool. For an ignition coil it can normally be calculated from PPR = (No.of cylinder 2) / (No.of troke No.of ignition coil) Auxiliary Input Connection There are two Auxiliary input which are included for future expanion. Currently thee input are diabled. Battery Voltage Sening The EMU1 automatically meaure the voltage acro it upply input (marked VE and ). Thi value i provided in the battery tatu PGN. Power Requirement Connecting the Power Refer to Warning 3: Intallation Code of Practice on page 7. The EMU1 hould be powered from the ame upply a the gauge / ender. The EMU1 require a power ource providing between 9 and 35 Volt DC. Connect the poitive upply wire to the VE crew terminal of the EMU1. Connect the negative / ground upply wire to the crew terminal of the EMU1. Once connected, turn on the upply. For detail on the Power indicator, refer to EMU1 Power LED (Blue) on page 17. Grounding Requirement All meaurement are taken relative to the ground power pin of the EMU1. For both afety and accurate meaurement, it i important to undertand the veel grounding to enure the EMU1 i grounded at the appropriate place. The EMU1 hould alway be connected to a good ground connection point which i not uceptible to ground noie. It i important that the EMU1 ground i the ame a the engine ground. The EMU1 hould only be ued with tandard negative ground DC ytem. When the EMU1 i connected to ender only (no gauge are connected), it i important that the EMU1 ground i the ame a the engine ground. Figure 13 Inductive Sender Connect the poitive ignal line from the ender to the poitive Tacho input of the EMU1. Connect the negative ignal line from the ender to the negative Tacho input of the EMU1. Refer to the connection in Figure 9 Tacho Input Connection and Figure 13. If the negative ignal line i not available, the negative Tacho input of the EMU1 hould be left unconnected, and the ender hould be connected to the ame ground a the EMU1. Refer to the connection in Figure 9 Tacho Input Connection and Figure 12. For calibration the PPR or the number of teeth on the fly wheel will need to be entered in the configuration tool. Dual Engine Power Supply When monitoring two engine uing a ingle EMU1, both engine and the EMU1 mut hare the ame power upply if the gauge are to remain in circuit. If a eperate power upply mut be ued for each engine, either a eperate EMU 1 i required for each engine or the gauge will need to be removed for the EMU1 to correctly monitor the enor of both engine. Page 14 Page 15

9 2000 EMU1 Factory Configuration The configuration loaded into the EMU1 i detailed in Table 2 Default EMU1 Input Configuration. Connecting to any other type of ender without configuring the unit i likely to caue incorrect data to be output to the 2000 bu. See Configuring the EMU1 for how to configure the unit. EMU1 Input Gauge 1 Gauge 2 Gauge 3 Gauge 4 Gauge 5 Gauge 6 Alarm 1 Alarm 2 Alarm 3 Alarm 4 Tacho 1 Tacho 2 Aux 1 Aux 2 Configuring the EMU1 Table 2 Default EMU1 Input Configuration Gauge Temperature Sender Ω VDO (40 to 120 C) Euro Oil Preure Sender, Ω, VDO (0 to 80 PSI / 0 to 5 Bar) Euro Temperature Switch (High Temp Alarm), Normally Open (V Negative) Preure Switch (Low Oil Preure Alarm), Normally Open (V Negative) Alternator, W Connection Pule Per Revolution Configuration Requirement To configure the EMU1 the following i required: A working 2000 network. An NG (either the ISO or USB variant). A PC running the Actiene EMU1 Configuration Tool. The tool i provided on the CD but it i recommended that the latet verion i downloaded from Information about the ender/gauge being connected. Note: For the Tacho input additional information will be needed, ee Tacho Input Connection on page 14. All intruction for configuring the EMU1 can be found in the help menu of the configuration tool oftware. Troublehooting Guide The majority of iue can be reolved by confirming the EMU1 i connected correctly, refer to the LED decription below to confirm the power and 2000 connection are operational. Once thee connection are confirmed, the analogue connection and configuration need to be checked. Refer to Configuring the EMU1 on page 16. LED Indicator EMU1 Power LED (Blue) There i a power LED located above the power upply terminal connector which i viible through the connector cover. The LED flahe blue to indicate power and denote the active mode of the unit. The LED flahe 5 time a econd when in Bootloader mode. Thi hould be een for the firt 2 econd following power on and when connected to ActiPatch for updating. If the LED continue to flah 5 time a econd after initial power on, the unit no longer ha it Firmware. In thi cae, connect the EMU1 to Actipatch and reintall the Firmware. The LED flahe once a econd when in Normal mode, thi indicate the Firmware i running and the EMU1 can be configured and will connect to an 2000 network when available Power LED (Red) There i a red LED located near to the 2000 connector which i viible through the main body of the EMU1. When the EMU1 i connected to an 2000 network with a uitable power upply the LED will light. Thi doe not indicate that the bu i correctly terminated or that there i any data on the network. The LED will light regardle of whether the EMU1 ha power to the terminal connection. The EMU1 require power on both the terminal and the 2000 bu to function correctly. Thee two power upplie do not need to be the ame or have the ame ground. The 2000 bu and EMU1 power are iolated from each other within the EMU1 a required in the 2000 pecification LED (Green) There i an 2000 data receive LED located to the left of the terminal connector which i viible through the connector cover. The LED flahe green on reception of an 2000 PGN meage that i in the PGN lit, ee Table PGN Lit on page 18. A thi i a mall lit, a blank LED hould not be interpreted a a failure to connect to the 2000 bu without confirming that compatible PGN are preent on the bu LED (Orange) There i an 2000 data tranmit LED located to the left of the terminal connector which i viible through the connector cover. The LED flahe orange on tranmiion of an 2000 PGN meage. Technical Support and the Return Procedure All intallation intruction and any warning contained in thi manual mut be applied before contacting Actiene technical upport. If the troublehooting guide did not help reolve the problem and an error perit, pleae contact Actiene technical upport to help trace the iue before conidering the return of the product. If Actiene upport conclude that the EMU1 unit hould be returned to Actiene a Return Number will be iued by the upport engineer. The Return Number mut be clearly viible on both the external packaging and any documentation returned with the product. Any return ent without a Return Number will incur a delay in being proceed and a poible charge. Page 16 Page 17

10 2000 EMU1 Supported 2000 PGN Table PGN Lit PGN PGN Name Data Rate ISO Acknowledge YES YES ISO Requet YES NO ISO Tranport Protocol, Data Tranfer YES YES ISO Tranport Protocol, Connection Management YES YES ISO Addre Claim YES YES ISO Commanded Addre YES NO Requet/Command/Acknowledgement YES YES & PGN Lit NO YES Proprietary FatPacket YES YES Product Information NO YES Configuration Information NO YES Engine Parameter, Rapid Update NO YES 0.1 econd Engine Parameter, Dynamic NO YES 0.5 econd Tranmiion Parameter, Dynamic * NO YES 0.5 econd Fluid Level * NO YES 2.5 econd Battery Statu NO YES 1.5 econd * Not enabled by default / Enabled by EMU Config Tool Dimenion Diagram Figure 14 Dimenion Diagram Specification Power Supply Supply Voltage Supply Current Supply Protection Supply Connector Supply Voltage ( 2000 port) Supply Current ( 2000 Port) Load Equivalence Number ( 2000 Port) Supply Protection ( 2000 Port) 9 to 35V DC Typically < 12V DC Continuou revere polarity protection and load dump protection (meet SAE J1113) Pluggable 2way crew terminal, 3.5mm pitch 9 to 29V DC < 12V DC from 2000 bu 1 LEN Continuou revere polarity protection and overvoltage protection to 40V 2000 Port In/Out Compatibility 2000 compatible Galvanic Iolation 2500V input to ground Speed / Baud Rate 250kbp 2000 connector M12 male (A coded) connector Gauge Input Voltage Range 0 to 35V DC Input Impedance > 50kΩ Sender Feed 0, 4 or 18mA Accuracy <= 2% Input Connector Pluggable 6way crew terminal, 3.5mm pitch Input Protection Overvoltage protection to ±40V Alarm Input Voltage Range 0 to 37V DC Input Impedance > 50kΩ Threhold Voltage Configurable, default i 5V Alarm Polarity Configurable, default i alarm on low input Accuracy <= 2% Input Connector Pluggable 4way crew terminal, 3.5mm pitch Input Protection Overvoltage protection to ±40V Table 4 Specification Table All pecification are taken with reference to an ambient temperature (TA) of 25 C. Tacho Input Voltage Range ±3 to ±60V Input Impedance > 100kΩ to ground Input Pule Range 4 to 50,000Hz Accuracy <= 1% Ignition coil, alternator ( W, R or Sender Compatibility AC ) terminal, hall effect, VR or inductive ender Automatically adjut to ignal Threhold level Pluggable 4way crew terminal, Input Connector 3.5mm pitch Can withtand an ignition pule to Input Protection ±500V Engine Log 2 eparate engine hour log internally connected to the tacho Engine Hour Input. Hour are logged when RPM i preent, tored in nonvolatile memory Mechanical Houing Material Polycarbonate Protective Lid Material Polycarbonate Expanded ilicone foam gaket, Sealing Material cloed cell polyurethane plah guard and eptfe waterproof vent 127mm (L) x 112mm (W) Dimenion x 48mm (H) Weight 250g 4 x 3.5mm lug to allow panel mount with elf tapping / crew Mounting (included), optional DIN Rail mount available on requet Approval and Certification Fully 2000 Certified EMC EN (ection 9 & 10) Environmental Protection IP66 (PCB houing) Operating Temperature 20 C to 55 C Storage Temperature 30 C to 70 C Relative Humidity 0 to 93% RH Guarantee 3 year All meaurement in mm Page 18 Page 19

11 EMU1 Product Order Code Product Code EMU1BAS Product Code NGUSB NGISO DINKI STNGA06045 Product Decription, Analogue to 2000, tandard configuration Acceory Decription 2000 PC interface, tandard verion with USB 2000 PC interface, pecialit verion with RS422 erial Kit of 2 clip & 4 crew. Ue with EMU1BAS & NBF3BAS on top hat (EN ) or G ection (EN ) rail SeaTalkNG to 2000 adaptor cable (drop). Active Reearch Ltd Unit 5, Weex Trade Centre Ringwood Road Poole, Doret UK, BH12 3PF Telephone: 44 (0) ale@actiene.com Web: Page 20