
- 18 -
DPM Non-volatile Memory Addresses
(2 bytes/address)
Dec Addr
MS Byte
LS Byte
Stored As
617
616
615
614
613
612
611
610
609
554
558
524
523
522
521
520
519
518
517
516
515
514
513
512
511
510
509
508
507
506
505
504
503
502
501
500
Setup1
Deviation4 Byte 3
Deviation4 Byte 1
Deviation3 Byte 2
Setpoint4 Byte 3
Setpoint4 Byte 1
Setpoint3 Byte 2
Alarm Cnfg4
Version (read only)
Tare Setup
Serial Cnfg4 (Bits)
Deviation2 Byte 3
Deviation2 Byte 1
Deviation1 Byte 2
Configuration
Analog Setup
Lockout2
Serial Cnfg2
Options
Setup
Alarm Cnfg Byte 2
Analog High Byte 3
Analog High Byte 1
Analog Low Byte 2
High Read Byte 3
High Read Byte 1
High In Byte 2
Low Read Byte 3
Low Read Byte 1
Low In Byte 2
Offset Byte 3
Offset1
(2’s Comp)
Scale Factor2
Setpoint2 Byte 3
Setpoint2 Byte 1
Setpoint1 Byte 2
Serial Confg3
Deviation4 Byte 2
Deviation3 Byte 3
Deviation3 Byte 1
Setpoint4 Byte 2
Setpoint Byte 3
Setpoint3 Byte 1
Alarm Confg 3
M Type (read only)
Analog Type
Modbus Address (Byte)
Deviation2 Byte 2
Deviation1 Byte 3
Deviation1 Byte 1
Sig Cond Type (do not change)
System Decimal Point
Lockout1
Serial Cnfg1
Filter
Input Type
Alarm Cnfg1
Analog High Byte 2
Analog Low Byte 3
Analog Low Byte 1
High Read Byte 2
High In Byte 3
High In Byte 1
Low Read Byte 2
Low In Byte 3
Low In Byte 1
Offset Byte 2
Scale Factor3 (Sign+DP+Mag)
Scale Factor1
Setpoint2 Byte 2
Setpoint1 Byte 3
Setpoint1 Byte 1
Bits
Magnitude
Magnitude
Magnitude
2’s Complement
2’s Complement
2
’s Complem
ent
Bits
Byte
Bits
Magnitude
Magnitude
Magnitude
Bits
Bits
Bits
Bits
Bits
Bits
Bits
2’s Co
mplement
2’s Complem
ent
2’s Compleme
nt
2’s Complement
2’s Complement
2’s Complement
2’s Complement
2
’s Complement
2’s Comple
ment
2’s Complement
Sign+DP+Mag
2’s Com
plement
2’s Com
plement
2’s Complement
Summary of Contents for LWIFI
Page 10: ...10...
Page 28: ...28...
Page 30: ...30 The diagram below describes how each of the bits is interpreted...