Product Introduction

The Emerson KJ3001X1-BC1 VE4001S3T1B1 DeltaV Discrete Input Card is a high-performance module designed to provide reliable and accurate digital input acquisition in DeltaV control systems. This card is engineered to handle multiple discrete signals from field devices, such as switches, relays, and contact sensors, ensuring seamless integration within distributed control systems.

Product Advantages

• High reliability for mission-critical control system applications.

• Fast signal processing for real-time control response.

• Seamless integration with DeltaV system architecture.

• Robust isolation for improved noise immunity and signal integrity.

• Compact and lightweight design for ease of installation.

• Enhanced diagnostic features for quick fault detection.

Technical Specifications

Product Applications

• Process automation in oil and gas facilities.

• Power generation plant monitoring.

• Chemical and petrochemical plant control systems.

• Pharmaceutical manufacturing automation.

• Pulp and paper mill process monitoring.

• Water and wastewater treatment plant control.

FAQ

Q1: What type of input signals can the KJ3001X1-BC1 handle?
A1: It supports both dry contact and wet contact discrete input signals within a typical voltage range of 18–30 VDC.

Q2: Does this module provide channel-to-channel isolation?
A2: Yes, each input channel is isolated to ensure signal integrity and prevent interference.

Q3: What is the maximum number of input channels available?
A3: The module provides 16 isolated discrete input channels.

Q4: How fast is the input response time?
A4: The response time is typically less than 1 millisecond, ensuring real-time performance.

Q5: Can this card operate in harsh industrial environments?
A5: Yes, it is designed to operate in temperatures ranging from -40 °C to +70 °C and in high-humidity conditions.

Q6: How does the module communicate with the DeltaV controller?
A6: The module communicates directly through the DeltaV system backplane for fast and secure data transfer.

Q7: What kind of diagnostic functions are available?
A7: The card provides built-in diagnostics to detect open wires, short circuits, and input signal faults.

Q8: Can it be used in redundant configurations?
A8: Yes, it supports redundant system architecture for high-availability applications.

Q9: What is the typical current draw per input channel?
A9: The typical input current is around 6 mA per channel.

Q10: Is hot-swap supported for this input card?
A10: Yes, the module can be replaced online (hot-swappable) without interrupting system operations.

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