Remote I/O module, un∞€iversal Input/Output on RS-48♠λ5 network
DAT3014
Distribuited I/O module comm☆÷unicating on RS-485 with MODBUS RTUε∞/ASCII protocol for 4 RTD input ★♣βchannels. Galvanic insulated at ∏γ✔2000 Vac on all the ways
DAT3015 I
Distribuited I/O module commu ₹$¶nicating on RS-485 with MODBUS& RTU/ASCII protocol for 4 current↓φ input channels. Galvanic insu✘lated at 2000 Vac on all the ways.
DAT3015V &±γnbsp;
Distribuited I/O m←σβodule communicating on RS-4 γ85 with MODBUS RTU/ASCII protocol fo←>r 4 voltage input channels. Ga→δlvanic insulated at 2000 Vac £♠σon all the ways.
DAT3016
Distribuited I/$Ω☆O module communicating on RS-485 wi€♠≠™th MODBUS RTU/ASCII protocol for 4α∏↓ voltage thermocouple in¥σ↓put channels. Galvanic insulated at 20γγ$$00 Vac on all the ways.
DAT3017 I
Distribuited I/O modu±ββle communicating on RS-4 85 with MODBUS RTU/ASCII protocol for 8φ↓ current input channels. Galvan±'"ic insulated at 2000 Vac on all the w¶≤÷≠ays.
DAT3017 V
Distribuited I/O module ®←÷communicating on RS-4∑↓α85 with MODBUS RTU/ASCII pro♥£←&tocol for 8 voltage inγπput channels. Galvanic insul ated at 2000 Vac on all the ways.
DAT3018
Distribuited I/O m♥πodule communicating on RS-485α÷' with MODBUS RTU/ASCII protocol fo&₩'r 8 voltage thermocouple input channel& '≤s. Galvanic insulated at £'2000 Vac on all the ways.
DAT3019
Distribuited I/O module communi σcating on RS-485 with MODBU÷S RTU/ASCII protocol with 8γ→ channel RTD input. Galvani↓™♠c insulated at 2000Vac on thβ₽ ≈ree ways.
