Highland V380 VME Weighing Module / Strain Gage

MODEL V380 VME
STRAIN GAGE/
WEIGHING MODULE

V 380 electronic weigh module, strain gauge

Excites and measures up to eight strain gage load cells.
Includes smart tare, calibration, and weigh functions.
Onboard 32-bit processor supports digital filtering, triggered weighing, and custom computations.
16-bit (65536 count) resolution after tare compensation.
Clean, logical VME bus interface is well suited to PLC-based weighing applications.
Single-width 6U VME, B-size VXI module.

The V380 is a VME/VXI compatible eight-channel strain-gage signal conditioner which is optimized for load-cell weighing applications. The module includes tare (zero reference), DSP-based high-order filtering, averaging, triggered weighing, and other functions not commonly available in conventional strain-gage signal conditioners. Filtering and averaging are programmable with fine granularity to allow precise optimization of high-speed weighing applications.
All module functions are programmable; except for the VME-bus address switch, the module has no jumpers, switches, or trimpots. All parameters, tare values, and calibration factors are retained in nonvolatile memory

SPECIFICATIONS: MODEL V380 VME WEIGHING MODULE

CONFORMANCE ANSI/IEEE 1014-1987 VMEbus specification. Meets VXIC Rev. 1.4. and IEEE-P1155/D3 specifications.

SIZE Single-width, 6U VME, B-size VXI module.

DEVICE TYPE Register based slave: A16:D16:D08(EO).

ADDRESSING

512-byte data block in bus A16 address range (VME short I/O space). Bus address is set by onboard dipswitch.

EXCITATION Onboard remote-sensed bridge excitation source, 10-volt standard; 40mA max per-channel load.

INPUTS

Eight differntial inputs
CMRR better than 100dB
Input impedance is 60Mohms typ.
Maximum input +-50mV (equivalent to 5mV/V excitation)

RESOLUTION 16 bits (65536 counts) MAX after tare and cal. One 24-bit ADC per channel, 32-bit after filtering, 92.132 pV per LSB

TARE On-demand, per-channel subtraction of reference weight up to full-scale signal range.

CALIBRATION On-demand, per-channel normalization of output data to a customer-provided 16-bit engineering unit reference value. Tare and cal values are retained in nonvolatile memory.

FILTERING Programmable digital filtering (Bessel in 0.1s, 0.2s, and 0.4s risetime) and averaging (last N samples).

OPTIONS Other excitations, signal ranges, filtering available.
Special software functions are available.

Highland Technology V380 VME Strain Gage/Weighing Module Data Sheet

		Excites and measures up to eight strain gage load cells. Includes smart tare, calibration, and weigh functions. Onboard 32-bit processor supports digital filtering, triggered weighing, and custom computations. 16-bit (65536 count) resolution after tare compensation. Clean, logical VME bus interface is well suited to PLC-based weighing applications. Single-width 6U VME, B-size VXI module.
	The V380 is a VME/VXI compatible eight-channel strain-gage signal conditioner which is optimized for load-cell weighing applications. The module includes tare (zero reference), DSP-based high-order filtering, averaging, triggered weighing, and other functions not commonly available in conventional strain-gage signal conditioners. Filtering and averaging are programmable with fine granularity to allow precise optimization of high-speed weighing applications. All module functions are programmable; except for the VME-bus address switch, the module has no jumpers, switches, or trimpots. All parameters, tare values, and calibration factors are retained in nonvolatile memory
SPECIFICATIONS: MODEL V380 VME WEIGHING MODULE
CONFORMANCE	ANSI/IEEE 1014-1987 VMEbus specification. Meets VXIC Rev. 1.4. and IEEE-P1155/D3 specifications.
SIZE	Single-width, 6U VME, B-size VXI module.
DEVICE TYPE	Register based slave: A16:D16:D08(EO).
ADDRESSING	512-byte data block in bus A16 address range (VME short I/O space). Bus address is set by onboard dipswitch.
EXCITATION	Onboard remote-sensed bridge excitation source, 10-volt standard; 40mA max per-channel load.
INPUTS	Eight differntial inputs CMRR better than 100dB Input impedance is 60Mohms typ. Maximum input +-50mV (equivalent to 5mV/V excitation)
RESOLUTION	16 bits (65536 counts) MAX after tare and cal. One 24-bit ADC per channel, 32-bit after filtering, 92.132 pV per LSB
TARE	On-demand, per-channel subtraction of reference weight up to full-scale signal range.
CALIBRATION	On-demand, per-channel normalization of output data to a customer-provided 16-bit engineering unit reference value. Tare and cal values are retained in nonvolatile memory.
FILTERING	Programmable digital filtering (Bessel in 0.1s, 0.2s, and 0.4s risetime) and averaging (last N samples).
OPTIONS	Other excitations, signal ranges, filtering available. Special software functions are available.