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SIPLUS S7-1500 DQ 8x230V AC/2A base...

In stock price (excl. VAT):
490,21 €
This price is valid until 2024-10-01
Price per pcs: 490,21 €
EAN: 4047618047924
MPN: 6AG1522-5FF00-7AB0
Our warehouse: No Vendor stock: No
Per pallet: N/A
Technical data
Item condition New
Manufacture name SIPLUS S7-1500 DQ 8x230V AC/2A base...
Brand Siemens
Categories Programmable logic controllers
Country of origin DE
Harmonized System Code 8538 9091 00
Width 35 mm
Height 147 mm
Depth 129 mm
Input current at signal 1 UN mA
Suitable for safety functions No
Number of digital inputs 0
Number of digital outputs 8
Time delay at signal exchange UN ms
Redundancy Yes
Output current 2 A
Short-circuit protection, outputs available No
Type of digital output Triac
Explosion safety category for dust None
Appendant operation agent (Ex ia) No
Appendant operation agent (Ex ib) No
Supply voltage AC 50 Hz 187-264 V
Supply voltage AC 60 Hz 187-264 V
Supply voltage DC UN V
Permitted voltage at output 0-264 V
Permitted voltage at input UN V
Type of output voltage AC
Digital inputs configurable -
Digital outputs configurable Yes
Packing details
Packing level 1 4047618047924
Description
SIPLUS S7-1500 DQ 8x230V AC/2A based on 6ES7522-5FF00-0AB0 with conformal coating, -40…+70 °C, digital output module, 8 channels in groups of 1; 2 A per group; substitute value SIMATIC ET 200MP is a modular and scalable I/O system with IP20 for universal use, and offers the same system advantages as the S7-1500. It permits the shortest bus cycle times and fastest response times, even with large volumes of data. The distributed I/O system is particularly easy to install, wire, and commission. Thanks to its scalable design, you can gear the IO station exactly to the on-site requirements. Just like the CPU, the digital output modules are also protected against extreme ambient conditions. Due to the 100% conformal coating they can withstand biologically, chemically and physically active substances, condensation, frost, and corrosive gases. Regardless of the conditions, your digital signals are reliably output.