REFERENCE M60-RTU-L-R1

Description

Digital panel meter for Modbus RTU protocol, for all type of industrial applications. Versatile and reliable, offers a wide range of references with a variety of output and control options and accesories. Its modular architecture provides flexibility to replace, add or change any of its internal modules to expand functionality as needed.

Control the value of the digital reading using Modbus RTU protocol from the PLC or SCADA. Accepts 16 bit and 32 bits register and alarm control in local or remote mode. 6 digit reading between 999999 and -199999, and decimal point.

Includes "watchdog" functions, "bus activity" and fast acces to alarm setpoints (for local mode alarms), among other functions.

Power : 11-60 Vdc (24/48 Vac) isolated.

Options included :
1x Module R1 with 1 relay output for instruments from Series M, K, S and B. Relay with 3 contacts (NO, NC, Common) with swtiching up to 250Vac (max. 8A in series M, K, S and max. 3A in series B)

Characteristics

Type
  • Digital panel meter
Function
  • Modbus RTU repeater
Digits
  • 6
Signals accepted
  • Modbus RTU
Input Ranges
  • up to 38.400 bps
Max. reading
  • 999999
Min. reading
  • -199999
Decimal point
  • configurable
Digit type
  • 7 segments led
Digit height
  • 14mm
Led color
  • Red
Power
  • 11/60 Vac/dc + 24-48Vac (isolated)
Consumption
  • <1.5W
Isolation
  • 1500 Veff
IP protection
  • IP65 front
Mounting
  • Panel mount
Connections
  • plug-in screw terminals
Front size
  • 96x48mm
Included functions
  • Fast access configurable menu
  • On power-up
  • 5 configurable brightness levels
  • Password
Additional functions
  • Full Slave mode
  • Process Slave mode
  • Watchdog function
  • Bus Activity function

Series

No series


Models

There are no available models

Output and control Options

R1

Relay output
R1

Special Options

Other Options

Accessories

KA96

Format adapter to 96x96
KA96

THM

Benchtop housing
THM

DRA

DIN rail adapter
DRA

KIP

IP65 front protector
KIP

WME

Wall mounting housing.
WME

References

There are no available references