DX910S 3KDE175311L9100 Digital I/O Module, China DX910S 3KDE175311L9100 Digital I/O Module Manufacturers, Suppliers, Factory

Overview

Place of Origin:	Sweden
Brand Name:	ABB
Model Number:	DX910S 3KDE175311L9100
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Specifications

Product Model:	DX522-XC 1SAP445200R0001
Type:	S500 Digital Input/Output Module
Digital Inputs:	8 DI, 24 V DC
Digital Outputs:	8 DO relay, 230 V AC, 3 A
Configurable Digital I/O Points:	0
Input Voltage Type:	A.D
Input Current:	5 mA
Maximum Input Voltage:	0–30 V
Delay Time (τ):	0.1–32 ms
Output Type:	Relay
Output Voltage Type:	B.C
Output Current:	3 A
Maximum Output Voltage:	195.5–276 V
Supply Voltage:	20.4–28.8 V DC
Protection Rating:	IP20
Operating Temperature:	-30°C to +70°C
Storage Temperature:	-40°C to +85°C
Dimensions (L×H×W):	62 x 76 x 67.5 mm
Weight:	0.177 kg
WEEE Category:	5 (Small Equipment, no external dimension > 50 cm)

Description

The remote S900 I/O system can be installed in non-hazardous areas or directly in Zone 1 or Zone 2 hazardous area depending on the selected system variant. S900 I/O communicates with the control system level using the PROFIBUS DP standard. The I/O system can be installed directly in the field, therefore the costs for marshalling and wiring are reduced.

The system is sturdy, error-tolerant and easy to service. Integrated disconnection mechanisms allow replacement during operation, meaning that there is no need to interrupt the primary voltage in order to exchange the power supply units.

S900 I/O type S. For installation in hazardous area Zone 1. For connecting intrinsically safe field devices installed in Zone 2, Zone 1 or Zone 0.

DX910S 3KDE175311L9100 Digital Input or Output (DI08-Ex), input for dry contacts or proximity switches, output for low power intrinsically safe valves.

Applications

Petrochemical plants: Used for monitoring switch quantities in Zone 1 hazardous areas such as oil refining and storage/transportation.

Natural gas processing plants: Responsible for valve control and status feedback in flammable gas environments.

Fine chemical plants: Addressing the corrosive effects of gases on electronic equipment during production.

Pharmaceutical plants: Suitable for raw material production workshops with stringent explosion-proof requirements.

Offshore drilling platforms/fertilizer plants: Stable operation in harsh environments such as humidity, salt spray, or ammonia.

Features and benefits

• ATEX Certification for installation in Zone 1

• Redundancy (Power and Communication)

• Hot Configuration in Run

• Hot Swap functionality

• Extended Diagnostic

• Excellent configuration and diagnostics via FDT/DTM

• G3-coating for all components

• Simplified maintenance with auto-diagnostics

• Input for dry contacts or proximity switches (NAMUR)

• Output for low power intrinsically safe valves

• Short and break detection

• Electrical isolation between input / bus and input / power

• Common return for all inputs / outputs

• Configurable as a mixture of inputs and outputs

• 8 I/O channels

FAQ

Q: What are the core functions of the DX910S 3KDE175311L9100?
A: It is the intrinsically safe module of the S900 remote I/O system, with 8 channels that can be flexibly configured as digital inputs or outputs.

Q: In what environments can the DX910S 3KDE175311L9100 be installed?
A: Designed for hazardous areas, it supports installation in ATEX Zone 1 and can connect to field devices in Zone 0.

Q: Is the channel configuration flexible on the DX910S 3KDE175311L9100?
A: Yes. Each channel can be independently configured as a NAMUR proximity switch/dry contact input or to drive a low-power solenoid valve output.

Q: Does the DX910S 3KDE175311L9100 support live maintenance?
A: Yes. The module features hot-swap functionality, allowing direct replacement during system operation without downtime.

Q: What diagnostic and protection functions does the DX910S 3KDE175311L9100 have?
A: It includes short-circuit detection, open-circuit detection, and electrical isolation between channels. The circuit board has a G3 anti-corrosion coating, suitable for harsh industrial environments.