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Data Sheets and Manuals
– Data Sheet – FieldServer Driver – Serial – FS-8700-56 – Caterpillar CATM5X Protocol
– Manual – FieldServer Driver – Serial – FS-8700-56 – Caterpillar CATM5X Protocol
EMCP 3.1, 3.2, and 3.3 Modbus Memory Map
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| 102 | GENERATORAVERAGE AC RMS FREQUENCY | 1REGISTER (2 BYTES) LONG | READ | Average AC frequency measured at the generator output. | 1/128 Hz/ bit | 0 Hz | 0 to501.9922 Hz | |
| 100 | GENERATORAVERAGE LINE-LINE AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Average Line to Line RMS voltage measured at thegenerator output. | 1 V / bit | 0 V | 0 to64255 V | |
| 163 | GENERATORAVERAGE LINE-LINE AC RMS VOLTAGE PERCENT | 1REGISTER (2 BYTES) LONG | READ | Average Line to Line RMS voltage at the generator, as apercentage of nominal generator voltage. | 0.0078125% / bit | -251.00% | -251 to250.99% | |
| 108 | GENERATORPHASE A LINE-LINE AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Line to Line RMS voltage measured at the generatorphase AB output. | 1 V / bit | 0 V | 0 to64255 V | |
| 109 | GENERATORPHASE B LINE-LINE AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Line to Line RMS voltage measured at the generatorphase BC output. | 1 V / bit | 0 V | 0 to64255 V | |
| 110 | GENERATORPHASE C LINE-LINE AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Line to Line RMS voltage measured at the generatorphase CA output. | 1 V / bit | 0 V | 0 to64255 V | |
| 148 | GENERATORAVERAGE LINE-NEUTRAL AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | The average Line to Neutral AC RMS voltage measured atthe generator output. | 1 V / bit | 0 V | 0 to64255 V | |
| 114 | GENERATORPHASE A LINE-NEUTRAL AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Line to Neutral RMS voltage measured at the generatorphase A output. | 1 V / bit | 0 V | 0 to64255 V | |
| 115 | GENERATORPHASE B LINE-NEUTRAL AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Line to Neutral RMS voltage measured at the generatorphase B output. | 1 V / bit | 0 V | 0 to64255 V | |
| 116 | GENERATORPHASE C LINE-NEUTRAL AC RMS VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Line to Neutral RMS voltage measured at the generatorphase C output. | 1 V / bit | 0 V | 0 to64255 V | |
| 101 | GENERATORAVERAGE AC RMS CURRENT | 1REGISTER (2 BYTES) LONG | READ | Average RMS current measured at the generator output. | 1 A / bit | 0 A | 0 to64255 V | |
| 111 | GENERATORPHASE A AC RMS CURRENT | 1REGISTER (2 BYTES) LONG | READ | RMS current measured at the generator phase A output. | 1 A / bit | 0 A | 0 to64255 V | |
| 112 | GENERATORPHASE B AC RMS CURRENT | 1REGISTER (2 BYTES) LONG | READ | RMS current measured at the generator phase B output. | 1 A / bit | 0 A | 0 to64255 V | |
| 113 | GENERATORPHASE C AC RMS CURRENT | 1REGISTER (2 BYTES) LONG | READ | RMS current measured at the generator phase C output. | 1 A / bit | 0 A | 0 to64255 V | |
| 103 | GENERATOROVERALL POWER FACTOR | 1REGISTER (2 BYTES) LONG | READ | The average power factor of the generator. See APPENDIXA for a programming example. | 1/16384/ bit | -1.0 | -1.0 to1.0 | |
| 104 | GENERATOROVERALL POWER FACTOR LAGGING | 1REGISTER (2 BYTES) LONG | READ | Lead/lag status for generator average power factor. | 00 =Power factor leading | 01 =Power factor lagging | 10 =Error | 11 = Notavailable |
| 105 | GENERATORTOTAL PERCENT KW | 1REGISTER (2 BYTES) LONG | READ | Total real power delivered by the generator, as apercentage of generator rated power. | 0.0078125% / bit | -251.00% | -251 to250.99 % | |
| 106 | GENERATORTOTAL REAL POWER | 2REGISTERS (4 BYTES) LONG | READ | Total real power delivered by the generator. | 1 W / bit | -2000000000W | -2000000000to +2211081215W | |
| 117 | GENERATORPHASE A REAL POWER | 2REGISTERS (4 BYTES) LONG | READ | The real power delivered by phase A of the generator. | 1 W / bit | -2000000000W | -2000000000to +2211081215W | |
| 119 | GENERATORPHASE B REAL POWER | 2REGISTERS (4 BYTES) LONG | READ | The real power delivered by phase B of the generator. | 1 W / bit | -2000000000W | -2000000000to +2211081215W | |
| 121 | GENERATORPHASE C REAL POWER | 2REGISTERS (4 BYTES) LONG | READ | The real power delivered by phase C of the generator. | 1 W / bit | -2000000000W | -2000000000to +2211081215W | |
| 123 | GENERATORPHASE A APPARENT POWER | 2REGISTERS (4 BYTES) LONG | READ | The apparent power delivered by phase A of thegenerator. | 1 VA /bit | -2000000000VA | -2000000000to +2211081215VA | |
| 125 | GENERATORPHASE B APPARENT POWER | 2REGISTERS (4 BYTES) LONG | READ | The apparent power delivered by phase B of thegenerator. | 1 VA /bit | -2000000000VA | -2000000000to +2211081215VA | |
| 127 | GENERATORPHASE C APPARENT POWER | 2REGISTERS (4 BYTES) LONG | READ | The apparent power delivered by phase C of thegenerator. | 1 VA /bit | -2000000000VA | -2000000000to +2211081215VA | |
| 129 | GENERATORPHASE A REACTIVE POWER | 2REGISTERS (4 BYTES) LONG | READ | The reactive power delivered by phase A of thegenerator. | 1 VAr /bit | -2000000000VAr | -2000000000to +2211081215VAr | |
| 131 | GENERATORPHASE B REACTIVE POWER | 2REGISTERS (4 BYTES) LONG | READ | The reactive power delivered by phase B of thegenerator. | 1 VAr /bit | -2000000000VAr | -2000000000to +2211081215VAr | |
| 133 | GENERATORPHASE C REACTIVE POWER | 2REGISTERS (4 BYTES) LONG | READ | The reactive power delivered by phase C of thegenerator. | 1 VAr /bit | -2000000000VAr | -2000000000to +2211081215VAr | |
| 135 | GENERATORPHASE A POWER FACTOR | 1REGISTER (2 BYTES) LONG | READ | The power factor of phase A of the generator. | 1/16384/ bit | -1.0 | -1.0 to1.0 | |
| 136 | GENERATORPHASE B POWER FACTOR | 1REGISTER (2 BYTES) LONG | READ | The power factor of phase B of the generator. | 1/16384/ bit | -1.0 | -1.0 to1.0 | |
| 137 | GENERATORPHASE C POWER FACTOR | 1REGISTER (2 BYTES) LONG | READ | The power factor of phase C of the generator. | 1/16384/ bit | -1.0 | -1.0 to1.0 | |
| 138 | GENERATORTOTAL APPARENT POWER | 2REGISTERS (4 BYTES) LONG | READ | The total apparent power delivered by the generator. | 1 VA /bit | -2000000000VA | -2000000000to +2211081215VA | |
| 140 | GENERATORTOTAL PERCENT KVA | 1REGISTER (2 BYTES) LONG | READ | The total apparent power delivered by the generator, as a percentage of generator rated apparent power. | 0.0078125% / bit | -251.00% | -251 to250.99 % | |
| 141 | GENERATORTOTAL REACTIVE POWER | 2REGISTERS (4 BYTES) LONG | READ | The total reactive power delivered by the generator. | 1 VAr /bit | -2000000000VAr | -2000000000to +2211081215VAr | |
| 143 | GENERATORTOTAL PERCENT KVAR | 1REGISTER (2 BYTES) LONG | READ | The total reactive power delivered by the generator, asa percentage of generator rated reactive power. | 0.0078125% / bit | -251.00% | -251 to250.99 % | |
| 144 | GENERATORTOTAL KW HOURS EXPORT | 2REGISTERS (4 BYTES) LONG | READ | The total kilowatt-hours that have been exported by thegenerator. | 1 kWh /bit | 0 kWh | 0 to4211081215kWh | |
| 146 | GENERATORTOTAL KVAR HOURS EXPORT | 2REGISTERS (4 BYTES) LONG | READ | The total kilovar-hours that have been exported by thegenerator. | 1 kVArh/ bit | 0 kVArh | 0 to4211081215kVArh | |
| 159 | GENERATORPHASE A POWER FACTOR LAGGING | 1REGISTER (2 BYTES) LONG | READ | Lead/lag status for generator phase A power factor. | 00 =Power factor leading | 01 =Power factor lagging | 10 =Error | 11 = Notavailable |
| 160 | GENERATORPHASE B POWER FACTOR LAGGING | 1REGISTER (2 BYTES) LONG | READ | Lead/lag status for generator phase B power factor. | 00 =Power factor leading | 01 =Power factor lagging | 10 =Error | 11 = Notavailable |
| 161 | GENERATORPHASE C POWER FACTOR LAGGING | 1REGISTER (2 BYTES) LONG | READ | Lead/lag status for generator phase C power factor. | 00 =Power factor leading | 01 =Power factor lagging | 10 =Error | 11 = Notavailable |
| 1057 | DESIREDGENSET OUTPUT VOLTAGE | 1REGISTER (2 BYTES) LONG | READ | Applies to EMCP 3.3 only. The desired RMS voltage to bedelivered by the genset. | 1 V / bit | 0 V | 0 to64255 V | |
| 1067 | GENERATORFREQUENCY WITHIN LIMITS | 1REGISTER (2 BYTES) LONG | READ | Indicates whether the generator frequency is below the threshold for a generator over frequency shutdown and above the threshold for a generator under frequency shutdown. | 00 =FALSE | 01 = TRUE | ||
| 1068 | GENERATORVOLTAGE WITHIN LIMITS | 1REGISTER (2 BYTES) LONG | READ | Indicates whether the generator voltage is below the threshold for a generator over voltage shutdown and above the threshold for a generator under voltage shutdown. | 00 =FALSE | 01 = TRUE |
FAQ
Q:Having problems trying to establish the caterpillar Node ID, set the Node_ID to 0 in the configuration? A: Watch the error screen on reboot – the remote device will usually send a message back with an error stating that it cannot accept a response message from a certainNode ID. That Node ID is the relevant Node ID.
The FieldServer cannot be connected directly to the generator/engine controller but must beconnected via the CCM module. Q: What is Caterpillar CATM5X Protocol Driver? A: The Caterpillar M5X driver allows the FieldServer to transfer data to and from devices over RS-232 using Caterpillar M5X protocol. The FieldServer can emulate either a Server or Client. The driver is capable of communications with any device that uses the Caterpillar M5X protocol but has been designed primarily for connection to a Caterpillar CCM which is in turn connected to the Caterpillar engines to be monitored/controlled.
The driver provides a limited set of M5X protocol commands and may address a sub-set of the parameters available in each device. The driver provides formal support for 3500 engines and EMCPII devices only. Other devices may be polled using the address of the parameter required as opposed to user friendly parameter names.
Q:FieldServer Driver – Serial-A communications interface solution for CaterpillarA: The Caterpillar CATM5X driver can act as a Master. Any Caterpillar device supporting the CATM5X protocol on any serial port (P1-P8, R1 & R2) can be polled. Typically the Caterpillar engines are connected to a CCM module and the driver connects to the CMM module. Parameters to be polled can be specified by a descriptive keyword such as "ECM Hou rmeter" or by specifying the Caterpillar PID (parameter ID). Parameters to be polled can be specified by the PID numbers allowing this driver to access parameters not defined at the time of development. The driver can login to the Caterpillar CCM module it is connected to. The driver can connect at other standard baud rate/bit settings provided that the Caterpillar CATM5X device supports them. The Caterpillar driver can act as a server. The driver can be polled by a Caterpillar CATM5X Master and return data from the FieldServer's data arrays.
Links
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