A6560 Emerson Machinery Health Processor Module

• Brand
  Emerson
• Model
  A6560
• Product Name
  Machinery Health Processor Module
• Place of Origin
  Germany
• HS Code
  8538909190
• Dimensions
  160 mm × 128.4 mm × 20 mm
• Weight
  330 g
• Operating Temperature
  -20 °C ~ +60 °C
• Storage Temperature
  -40 °C ~ +85 °C
• Power Supply
  24 VDC
• Warranty
  12 month
• Product Status
  New and original

Backed by abundant in-stock inventory and nearly 20 years of industry experience, our company stands as a leading player in the industrial control sector.We offer an extensive range of industrial control products covering numerous models. Should you have any other requirements, please feel free to contact us, and we will respond to you promptly.

Our main brand:

1.ABB's module cards, touch screens, controllers, etc., such as PP846 touch screen, IGCT starting with 5SHY, PM starting controller, AI, DO starting input/output module, SP starting Bailey module, etc

2.GE's module card CPUs, such as VMIC starter, IS200, IS215, IS400, IS420 series, etc,

3.Emerson's card components and EPRO probes, Westinghouse 1C series, Honeywell CC series, Schneider 140 series, Envision full series, Bentley 3500 series, Rexroth motors and drives, and Foxboro small modules.

Power Supply

The A6560 prediction processor module is powered by a dedicated prediction backplane of the IMR6500 rack system. It operates on a standard 24 VDC power supply with a tolerance range of ±10%, ensuring stable power adaptation under industrial voltage fluctuation conditions. The module draws a typical operating current of 75 mA during normal operation, with a maximum operating current of 90 mA under full-load and high-performance calculation states.

System Fault Relay Contact Rating

Equipped with an onboard SPDT system fault relay for global system failure indication. The relay contact is rated for a maximum load of 24 VDC and 0.5 A resistive load, providing reliable switching output for system fault alarm and status interlock signals.

Tachometer Input Specifications

The tachometer speed input channel supports multi-type pulse signal acquisition, with a valid input voltage range from 0.5 V to 24 VDC. It is compatible with Hall-effect sensors, eddy current probes and standard TTL pulse signals, adapting to various rotating equipment speed measurement scenarios. The differential input impedance is 1 MΩ, featuring strong anti-interference capability for on-site complex electromagnetic environments.

Buffered Vibration Signal Input (From A6510 Modules)

The module receives buffered dynamic vibration signals transmitted from A6510 monitoring modules. The comprehensive maximum input voltage (AC and DC superimposed) is ±24 V, which fully covers the dynamic output range of front-end signal conditioning modules.

Communication Interfaces

The onboard Ethernet and RS232 service ports belong to low-voltage signal communication interfaces, which are only used for data transmission, parameter configuration and equipment debugging. These signal ports undertake no heavy power load and feature low power consumption and high anti-interference stability.

Supplement Note

As a dedicated prediction processing module, the A6560 does not integrate sensor excitation power supply or analog proportional output circuits. All field sensor excitation power and 0/4–20 mA / 0–10 VDC analog output functions are implemented by the matched A6510 signal input modules in the system rack.

Backplane Power Connection

The A6560 prediction processor module receives 24 VDC operating power from the dedicated prediction backplane slots of the IMR6500 rack, eliminating the need for external hardwired power connections. The module must be fully inserted and securely locked into the rack to ensure stable and reliable contact between backplane power pins and the bus. The prediction backplane power system operates independently from the protection module power circuit; connection of -24 VDC sensor excitation power to this backplane is strictly prohibited.

Interconnection with A6510 Signal Input Modules

Buffered dynamic vibration signals generated by A6510 monitoring modules are transmitted to the A6560 through internal backplane signal channels, requiring no external inter-module cabling. Ensure backplane bus contacts are clean, dust-free and free of oxidation to prevent signal attenuation, waveform distortion and intermittent signal loss during data transmission.

Tachometer Speed Signal Wiring

External tachometer devices, including Hall-effect sensors, eddy current probes and TTL pulse transmitters, adopt shielded twisted-pair cables for differential signal connection. Wire the signal positive, signal negative and shield drain wire to the corresponding module terminals respectively. Follow single-point grounding standards: terminate the cable shield only at the cabinet end and avoid dual-end grounding to eliminate ground loop interference. The module accepts pulse signals ranging from 0.5 VDC to 24 VDC.

System Fault (SysFail) SPDT Relay Wiring

The onboard SysFail SPDT dry-contact relay provides global system fault indication for external control systems. Connect field wiring to the COM, NO and NC terminals according to on-site control logic requirements. Use NO contacts for fault-triggered alarm output or NC contacts for fail-safe monitoring schemes. Strictly follow contact ratings: maximum 24 VDC and 0.5 A for resistive loads. Install freewheeling diodes for inductive loads to avoid contact burnout and extend relay service life.

Communication Interface Wiring

NIC Ethernet Port: Connect to the plant LAN via standard RJ45 network cables to establish long-term communication with the AMS Machinery Manager host system for data upload and remote monitoring.

Hub Ethernet Port: Applied for temporary local connection with portable laptops to support on-site parameter configuration, real-time data checking and system debugging.

Front-panel RS232 Serial Port: Serve as a dedicated local maintenance interface for module fault diagnosis, firmware upgrades and on-site commissioning with professional configuration cables.

All communication interfaces adopt standard signal cables with no additional power wiring required.

General Wiring Specifications & Precautions

All external signal circuits must use shielded twisted-pair cables to enhance anti-interference capability. Separate signal cables and high-power cables during layout to minimize electromagnetic interference. Reserve a reasonable cable service loop inside the cabinet for subsequent maintenance and inspection. Control wire stripping length strictly to prevent loose terminals and scattered wire strands. Verify wiring continuity and insulation resistance before powering on the system. All construction and wiring practices shall comply with local electrical regulations and official Emerson installation specifications.

Frequently Asked Questions (FAQ)

1.How fast will you reply to my inquiry?

We process all inquiries efficiently and will respond promptly once we receive your message.

2.Do you carry large inventory of industrial control parts?

We maintain massive ready stock of mainstream automation spare parts to shorten lead times.

3.Can you source discontinued or obsolete PLC & DCS modules?

Absolutely.
We specialize in sourcing hard-to-find, obsolete and out-of-production industrial control components.

4.Do you inspect goods before shipment?

Every product undergoes thorough inspection before packing and dispatch.

5.Can you ship orders worldwide?

We provide global shipping with flexible logistics for urgent and regular orders.

6.What payment methods are available?

We accept multiple secure payment options. Please contact our sales team for detailed terms