LEM 66.61.05.000.0 User Manual Download Page 17

 

 

 
N°98.60.17.013.0 

17/ 19 

080424/1 

4   INSTALLATION 

 

Installation of this equipment must only be carried out by a qualified person. 

 

4.1  System Connections 

 
 
Connections to the battery blocs: 
 

1.  Secure the Kelvin washers to the bloc terminals.  Be sure to position the washers such 

that it will be possible to attach the power/sense cables. 

 
2.  Using the push-on connectors, attach the power/sense cables to the dual tabs on each of 

the Kelvin washers. 

Be sure to observe the correct polarity:

 red wires to positive, black 

wires to negative terminal. 

 

3.  Attach each Sentinel to the bloc thanks to its ‘double-sided’ tape on its back so that the 

power/sense cables can easily reach power connector on Sentinel. Do 

not

 connect the 

Sentinels to the power/sense cables at this time. 

 

4.  Using the S-Bus short communication cables, connect the Sentinels to each other in a 

daisy-chain manner.  It does not matter which port on the Sentinel is used (they are 
internally connected in parallel). The vacant port on the first Sentinel should be linked to 
the S-Bus converter port, using a shortest communication cable as possible. If the Control 
system is quite long away from the battery, prefer to use a longer RS232 serial cable in 
order to get the complete S-BUS link length in less than 20 m. 

 

5.  Install the LEM current transducer on the main positive cable from the battery. Observe 

correct current flow: the arrow on top of the transducer indicates positive current, so it 
must be pointed towards the +Ve post, if it is assumed that charge and float currents are 
positive (flowing into battery) and discharge current is negative (flowing out of the 
battery).   

 

6.  Connect the signal cable from the current transducer to the I-Link. Connect also power to 

transducer from the specific I-Link cable. Do 

not

 apply power to the I-Link at this time. 

 

7.  If several I-Link modules are used, connect each together in daisy-chain via the I-Bus 

communication cables (short ones). It does not matter which port on the I-Link is used. 
Connect then  the I-Bus cable end to another S-Bus converter, using a short 
communication cable, whose serial 25-points connector is linked to any serial port on the 
control system. 

 

Summary of Contents for 66.61.05.000.0

Page 1: ...N 98 60 17 013 0 1 19 080424 1 BATTERY MANAGEMENT S BUS SENTINEL 2 I LINK 2 S BUS CONVERTER USER GUIDE...

Page 2: ...REVISIONS Document version Sentinel Firmware Date Evolution V 0 0 V1 10 V1 11 2007 11 12 Creation V 1 V1 10 V1 11 2008 04 09 Added LEM address page 4 modified power supply in range page 8 and Additio...

Page 3: ...3 Maintenance and repairs 4 1 1 4 Ce marking 4 2 GENERAL DESCRIPTION 5 2 1 COMMUNICATION 6 2 2 SENTINEL DEVICE 7 2 3 I LINK DEVICE 8 2 4 S BUS CONVERTER 9 3 PROTOCOL 10 3 1 COMMAND 10 3 2 RESPONSE 12...

Page 4: ...ff enabling grounding and identification of electrical circuits and devices systems according to the applicable safety standards Maintenance and operation of appropriate safety gear in accordance with...

Page 5: ...0 BM washer 08mm 66 30 98 014 0 BM washer 10mm 66 30 98 015 0 BM washer 12mm 66 30 98 016 0 BM Cable comm 0 4m 66 30 98 001 0 BM Cable comm 1 0m 66 30 98 002 0 BM Cable comm 2 0m 66 30 98 003 0 BM Cab...

Page 6: ...ol and following data frame Start bits 1 Stop bits 1 Data bits 8 Parity None The electrical interface is custom designed For this reason it is not possible to directly connect Sentinel or I Link devic...

Page 7: ...0V RX TX 0V 0V RX TX S Bus port Care must be taken to connect the Sentinel to the positive and negative terminals of the bloc correctly Reversal of these leads may damage the Sentinel It must put on a...

Page 8: ...orque 2 8 Nm or mounted on a metallic DIN Rail thanks to the clip on its back Mechanical drawings The module is 34 8 mm thick Cables are about 50 cm long It requires external power supply in range 18...

Page 9: ...perture Available in 500 600 850 1000 1200 1500 2000 and 2500 A versions for larger applications HOP family rectangular aperture and split core for retrofit Available in 500 800 1000 1500 and 2000 A v...

Page 10: ...55 designated as global which is destined for all units on the network byte1 byte2 byte3 Address ID Instruction Checksum byte1 Address ID Up to 254 modules can be present on the bus each with unique b...

Page 11: ...successive XOR method on the first two bytes received in the packet Notes 1 It is possible to send a Measure Voltage or Temperature Instruction 0x40 or 0x41 to ALL Sentinels on the bus simultaneously...

Page 12: ...urs delay just after a discharge as such value would be then incorrect 3 2 Response The unit transmits any response as a 4 byte packet in big endian format MSB first byte1 byte2 byte3 byte4 Address ID...

Page 13: ...ent is an integer range 0 to 15 0000 1111 Mantissa is a binary fraction range 0 0 to 1 0 0 0 1 1 Man 10 is the MSB value is 2 1 Man 0 is the LSB value is 2 11 When 1 Exponent 14 value 2 Exp 7 1 Man Wh...

Page 14: ...ent ID CHANGED 0xC0 0xID A response to the controlling device s compliance in sending the new ID The new ID must be included in the response Specifically the ID does not change from old to new until t...

Page 15: ...s I Link modules are connected on dedicated S Bus link with exactly same characteristics Moreover commands and responses sent on this communication link have same format than those described before fo...

Page 16: ...harge transducer Dis S V Dis S Ipn for the Charge Discharge current and Float transducer Fl S V Fl S Ipn parameters for the float current Example The used charge discharge sensor gives a maximal outpu...

Page 17: ...on the first Sentinel should be linked to the S Bus converter port using a shortest communication cable as possible If the Control system is quite long away from the battery prefer to use a longer RS...

Page 18: ...S Bus converter then to a second Host serial port Power supply is not yet applied on any of them Same sequence as for Sentinel must be followed for assigning them unique ID Command sequence for assign...

Page 19: ...C0 for ID Changed 0x01 for new ID Byte4 is the Checksum Assign ID procedure for unit 1 is now complete it s ready to perform some measurements and will now answer to standard commands To check this do...

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