SEM1700 Signal Conditioner

Brand: Status Instruments
Status Instruments Smart Universal Signal Conditioner, SEM1700
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SEM1700 Signal Conditioner

Brand: Status Instruments
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The SEM1700 is a new generation DIN rail mounted universal signal conditioner from Status Instruments. 

It has been designed to accept most common process and temperature sensor inputs and provide the user with a programmable current or voltage output signal plus dual relays with a programmable delay function. 

Isolation is provided between input, outputs and supply. 

All temperature ranges are linear to temperature. 

Both input and output loop excitation is provided as well as a fully universal power supply.
Features
  • Rtd, Thermocouple, mV, V, mA and Potentiometer Input
  • Isolated Universal Voltage or Current Output
  • Dual C/O Relay Trip Outputs
  • Universal Power Requirement 22 to 250V AC or DC
  • Powers Both Input And Output Current Loops
  • SIL Approval
  • View Live Data On An Android Phone Or Tablet

Specifications

Brand

Accuracy

  • ± 0.04 % + (0.1 % of Full Scale Range) - Process Inputs (1 Reading/second) at 20° C (68° F)
  • ± 0.1 % + (0.1 % of Full Scale Range) - Process Inputs (4 Readings/second) at 20° C (68° F)
  • ± 0.15° C (± 0.27° F) + (0.05 % of Full Scale Range) - RTD (1 Reading/second)
  • ± 0.2 % + (0.1 % of Full Scale Range) - Process Inputs (10 Readings/second) at 20° C (68° F)
  • ± 0.5° C (± 0.9° F) + (0.1 % of Full Scale Range) - Thermocouples (1 Reading/second), RTD (4 Readings/second)
  • ± 1° C (± 1.8° F) + (0.1 % of Full Scale Range) - Thermocouples (4 Readings/second), RTD (10 Readings/second)
  • ± 2° C (± 3.6° F) + (0.1 % of Full Scale Range) - Thermocouples (10 Readings/second)
  • Cold Junction Accuracy: ± 0.5° C (± 0.9° F)
  • Cold Junction Tracking: ± 0.05° C (± 0.09° F)

Approvals & Certifications

  • CE Tested to BS EN 61326, BS EN 61010_1
  • GOST
  • IEC

Calibration

  • Current Output: ± 5 µA
  • Voltage Output: ± 5 mV

Communication

  • USB

Configuration

  • Push Button

Current

  • Maximum
  • RTD Excitation Current: < 1 mA

Damping Adjustment

  • 0 to 250 seconds, Programmable Rise & Fall for a 0-10 V Swing (Voltage Output) / 0-20 mA (Current Output)

Delay Time

  • 0 to 250 seconds, Programmable ON/OFF for Each Relay

Electrical Protection

  • Overvoltage
  • Reverse Polarity

Electrical Rating

  • 240 Vac RMS at 1 A, Resistive Load
  • 30 Vdc at 1 A, Resistive Load

Humidity

  • 10 to 95 % Relative Humidity, Non-Condensing

Indication

  • LED

Input

  • Process Input: ± 25 mA - Max.
  • Process Input: 1 V - Range: ± 1 V, Max.
  • Process Input: 10 V - Range: ± 10 V, Max.
  • Process Input: 200 mV - Range: ± 200 mV, Max.
  • Process Input: 50 mV - Range: ± 50 mV, Max.

Input Impedance

  • 1 Megaohm - Voltage Input Impedance & for Thermocouple
  • 20 ohms - Current Input Impedance

Isolation

  • Galvanic Isolation: 3,750 V to Supply & Relays
  • Galvanic Isolation: 500 V to Input/Output

Load

  • Minimum: 10 kiloohms
  • Sink Mode Loop Load: 600 ohms at 24 V, Max.
  • Source Mode Loop Load: 550 ohms, Max.

Mounting

  • DIN Rail

Operating Temperature

  • -20° to 70° C (-4° to 158° F)

Output

  • 0-10 V (Voltage)
  • 0-20 mA (Current)
  • 4-20 mA (Current)

Power

  • 3 W, Max.

Range

  • Process Input: ± 25 mA - Max.
  • Process Input: ± 50 mV- ± 10 V, Max.

Resistance

  • 20 ohms, Max.

Resolution

  • 1 Readings/second (16-bits)

Response Time

  • < 500 milliseconds to Reach 95 % of Final Value

RTD Type

  • Cu100
  • Cu53
  • Ni100
  • Ni120
  • Pt100

Sensitivity

  • Supply Sensitivity: Supply Ripple Rejection < ± 5 µA Error at 1 V RMS 50 Hz Ripple

Sensor, Probe Connection

  • 2-Wire
  • 3-Wire

Sensor, Probe Type

  • B Thermocouple
  • C(W5) Thermocouple
  • D(W3) Thermocouple
  • E Thermocouple
  • G(W) Thermocouple
  • J Thermocouple
  • K Thermocouple
  • L Thermocouple
  • N Thermocouple
  • R Thermocouple
  • S Thermocouple
  • T Thermocouple
  • U Thermocouple

Span & Zero Adjustments

  • ± 10 % of Span & Zero

Stability

  • ± 0.015 % of Full Scale Reading/°C - Input Typical: Pt100, Ni 100, Ni 120, Cu 100, Cu 53
  • ± 0.025 % of Full Scale Reading/°C - Process Input: ohms
  • ± 0.04 % of Full Scale Reading/°C - Process Input: 50 mV, 200 mV, 1 V, 10 V, mA
  • ± 0.05 %/°C - Process Input: Slide Wire
  • ± 0.05 % of Full Scale Reading/°C - Input Typical: K, J, E, C(W5), D(W3), G(W)
  • ± 0.08 % of Full Scale Reading/°C - Input Typical: N, L, U
  • ± 0.10 % of Full Scale Reading/°C - Input Typical: R, S, B
  • ± 0.15 % of Full Scale Reading/°C - Input Typical: T
  • Current Output: ± 5 μA/°C
  • Output Voltage: ± 1 mV/°C

Storage Temperature

  • -40° to 85° C (-40° to 185° F)

Supply Voltage

  • 11-30 Vdc, 24 V Nominal - Supply in Sink Mode
  • 20-240 Vac, 50/60 Hz
  • 20-240 Vdc

Temperature Effect

  • 0.015° C/ohms - RTD Lead Effect

Temperature Range

  • -200° to 2,300° C (-328° to 4,172° F)
  • Cold Junction: -20° to 70° C (-4° to 158° F)

Turn-On Time

  • Start Up Time: < 3 seconds

Voltage

  • Input: ± 1 V
  • Input: ± 10 V
  • Input: ± 200 mV
  • Input: ± 50 mV
  • Output: 0-10 V

Documentation

Data Sheets

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