DST-604-EX thermal resistance input isolated safety barrier
Classification:
Thermal resistance input
Keywords: Isolator
- Technical parameters
- Structural outline drawing
- Ordering Guide
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Technical parameters
Hazardous side Input signal type Various standard thermal resistance signals (determine when ordering or configure programming self-programming) Safety side Output signal type Standard thermal resistance input Output load characteristics Analog output, RS-485 signal output, switch output RS485 signal output Current output: RL≤ 500 Ω, voltage output: RL≥ 250KΩ When the switching value is output Transmission delay ≤ 10μs, signal transmission rate ≤ 9.6kbps
Relay drive capacity: 125VAC/0.6A,30VDC/2A
Relay response time:<5ms
Transistor collector output: high level VCC(≤ 30V), low level ≤ 2.5V
Transistor emitter output: high level VCC-2.5V, low level ≤ 0.5VGeneral technical parameters
Power Power DC24V ±10% Power consumption Power consumption: ≤ 2.5W Other parameters Insulation strength
(Between Inthenine Safety End/Non-Inthenine Safety End)1500Vrms (1 min, no spark) Working temperature
Relative humidity-10~50 ℃ (no condensation, no icing)
25%~85%RHsave temperature -10~60 ℃ (no condensation, no icing) Installation method 35mm DIN rail mounting Mounting dimensions 17.5*111.4*121.2mm (width * height * depth) Transmission accuracy (20 ℃) 0.2%FS ± 1 words Weight About 130 grams Electromagnetic compatibility Comply with GB/T18268 industrial equipment application requirements (IEC 61326-1) Applicable field equipment Two-wire, three-wire transmitter, DC current source -
Structural outline drawing

General Structure Exterior

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For example:
Input signal: PT100 thermal resistance, output signal: 4-20mA, one in and one out. Type selection: DST-60411-EX-14-0;
Input signal: PT100 thermal resistance, output signal: 4-20mA, one in and two out. Selection: DST-60412-EX-14-0/0;
Input signal: PT100 thermal resistance, output signal: 4-20mA, two in and two out. Selection: DST-60422-EX-14/14-0/0;
Remarks:The temperature range can be indicated on the back of the model.
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