LAUREL LTE Series, User Manual

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1. ORDERING GUIDE
Configure a model number in this format: LTE20DCV1
Transmitter Type
LTE
.... Ethernet and isolated
4-20 mA, outputs, two 120 mA
solid state relays, and isolated
transducer excitation output.
Main Board
2
............... Standard main board
4 ...............Extended main board
Note: Extended main board
adds rate of change and custom
curve linearization. Not applic-
able to temperature.
Power
0
...... 85-264 Vac or 90-300 Vdc
1 .......... 12-32 Vac or 10-48 Vdc
Input Type
DC Volts
DCV1 ..................... ±200.00 mV
DCV2 ......................... ±2.0000 V
DCV3 ......................... ±20.000 V
DCV4 ......................... ±200.00 V
DCV5* ......................... ±600.0 V
DCV6 ........................... ±300.0 V
DC Amperes
DCA1 ......................±2.0000 mA
DCA2 ...................... ±20.000 mA
DCA3 ......................±200.00 mA
DCA4 ........................... ±5.000 A
RMS Volts
RMV1
.......................200.00 mV
RMV2 .......................... 2.0000 V
RMV3 .......................... 20.000 V
RMV4 .......................... 200.00 V
RMV5* .......................... 600.0 V
RMV6 ............................ 300.0 V
RMS Volts
RMV1
...................... 200.00 mV
RMV2 ......................... 2.0000 V
RMV3 ......................... 20.000 V
RMV4 ......................... 200.00 V
RMV5* ......................... 600.0 V
RMV6 ........................... 300.0 V
RMS Amperes
RMA1
...................... 2.0000 mA
RMA2 ...................... 20.000 mA
RMA3 ...................... 200.00 mA
RMA4 ........................... 5.000 A
* Range not ETL certified.
Process & Ratio Signals
4-20 mA, 0-10V, etc.
P …... 4-20 mA in = 4-20 mA out
P1 …………….Custom Scaling
Specify min input and output,
max input and output.
Load Cell & Strain Gauge
4- or 6-wire ratio. Full scale
ranges from 20 to 500 mV.
WM1 ........... -99,999 to +99,999
Specify min input and output,
max input & output.
RTD Temperature
Pt100, P385C
..... -202 to 850°C
Pt100, P385F .... -331 to 1562°F
Pt100, P392C .... .-202 to 850°C
Pt100, P392F .... -331 to 1562°F
Ni120, 672C ........ .-80 to 260°C
Ni120, 672F ........ -112 to 500°F
Cu10, 427C
......... .-97 to 260°C
Cu10, 427F ......... -143 to 500°F
Thermocouple Temperature
JC ....................... -210 to 760°C
JF ...................... -347 to 1400°F
KC ..................... -244 to 1372°C
KF ..................... -408 to 2501°F
TC ....................... -257 to 400°C
TF ....................... -430 to 752°F
EC ..................... -240 to 1000°C
EF ..................... -400 to 1830°F
NC ..................... -245 to 1300°C
NF .................... .-410 to 2370°F
SC ....................... -46 to 1768°C
SF ....................... -51 to 3214°F
RC ...................... .-45 to 1768°C
RF ....................... -49 to 3213°F
Resistance
R0
......... 0-2 ohms (fixed range)
R1
............................ 0-20 ohms
R2 .......................... 0-200 ohms
R3 …………...…. .... 0-2 kohms
R4 .......................... 0-20 kohms
R5 ........................ 0-200 kohms
R6 ...... 0-2 Mohms (fixed range)