MTL safety barrier MTL5575 in stock 80 pieces

MTL safety barrier MTL5575 in stock 80 pieces

MTLX575 converts low-level DC signals from temperature sensors.
4/20mA current driven safe area installed in hazardous areas
Load. The selectable features of the software include linearization, distance measurement
Monitoring, testing, and labeling of all thermocouple types and 2, 3
Or 4-wire RTDS. (HAZ-CJC plug for thermocouple applications)
Terminals 1-3 include integrated CJC sensors. Configure it
Use a personal computer. Provide a single alarm output.
Can be configured for process alarms or advance notifications
Thermocouple failure.

MTL safety barrier MTL5575 in stock 80 pieces

The MTL5500 range module is universal, but simple and applicable; Progress in sexuality and the application of innovative technologies to achieve the required separation and isolation circuits.

The MTL5500 (DIN rail installation) and MTL4500 (backplate installation) isolators share a common design, only differing in mechanical installation and connection methods.

Compact modular design for DIN rail installation
High packing density
Single channel multi-channel input/output module
Low power three port isolation technology

specification
Refer to the general specifications
number of channels
one
signal source
Types J, K, T, E, R, S, B or N to BS 60584 and XK
Medium voltage input
RTDS 2/3/4 wire platinum to BS 60751
Pt 100，Pt 500，Pt 1000
Cu-50/Cu-53
Ni 100/500／1000 DIN 43760
Signal source positioning
Zone 0, IIC, T4-6 Hazardous Area
Group A Level 1 Hazardous Area
Input signal range
-75 to+75 millivolts, or 0 to 400 μ m (0 to 1000 π and Ni sensors)
Input signal span
3-150 millivolts, or 10-400 μ m (10-1000 μ Pt and Ni sensors)
RTD excitation current
200 megabits
Cold end compensation
Automatic or selectable
Cold end compensation error
Less than 1 ° C
Common mode rejection
240dB at 240V at 50Hz or 60Hz (25ms response)
Series mode suppression
40dB at 50Hz or 60Hz
Calibration accuracy (20 ° C)
(including hysteresis, nonlinearity, and repeatability)
Input: (500 millisecond response)
MV/THC: Input value of ± 15 V or ± 0.05%
(Which one is bigger)
RTD：±80m
Output: ± 11 μ A
Temperature drift (typical)
Input
MV/THC: Input value/° C ± 0.003%
RTD：±7M/°C
Output: ± 0.6 μ A/C
Examples of Calibration Accuracy and Temperature Drift
(RTD input -500 milliseconds response)

Span: 250
Accuracy: ± (0.08/250 ± 11/16000) x 100%
=0.1% span
温度漂移： ±（0.00 7/250×16000±0.6）α/°C
=±1°A/°C
Safe Drive for Sensor Malfunctions
High end, downgraded or closed