Woodward easYgen-3500 8440-1936

Product Name:​ Woodward easYgen-3500-1A/P2 Genset Controller, Part No. 8440-1936
Product Introduction:​ Advanced microprocessor-based genset control and protection device for single or multi-unit paralleling (up to 32 units), base-load, peak-shaving, and mains import/export control with integrated graphic LCD and keypad.

Woodward EGCP-2 8406-121

Product Name: Woodward EGCP-2 Engine Generator Control Package (Model 8406-121)
Product Introduction: The EGCP-2 is a microprocessor-based complete control package for automating and protecting diesel or gas engine generator sets, interfacing with AVR and speed governors for stand-alone or utility-paralleled operation.

Woodward EM-80-3522-1009

Product Name:​ Woodward EM-80 Actuator Driver / Electronic Governor Actuator Control Unit (Part No. EM-80-3522-1009)
Product Introduction:​ Part of Woodward's EM-80 / EM-300 electro-hydraulic actuator system — the EM-80 is a solid-state driver that accepts a speed/load error signal (from a governor or control such as EGCP/505) and drives the proportional actuator (electric or electro-hydraulic) to position fuel racks or valves.

Woodward ESDR4

Product Name:​ Woodward ESDR4 — Electronic Speed Governor / Regulator for Diesel & Gas Engines
Product Brief:​ A compact electronic speed-control unit designed to govern the fuel rack or throttle actuator of reciprocating diesel or gasoline engines and small gas turbines. Receives magnetic pickup (MPU) speed feedback and a speed-setting signal (local pot or remote 4–20 mA / 0–5 V), computes error, and drives an actuator (electric or proportional hydraulic) to maintain set RPM.

Woodward PCU1500S7

Technical Specifications
  • Bus Type: PCI
  • Supported Voltage: 3.3V / 5V (PCI - X compatible)
  • On - board Processor: 133 MHz
  • Communication Data Rate: Up to 12 Mbps
  • Memory: Includes 32 kwords + 32 kbits of memory for storing configuration data and process variables
  • Operating Systems Compatibility: Compatible with Windows (32 - bit and 64 - bit, including Windows 7 and Windows Server 2008), Linux, and real - time operating systems

Woodward PEAK200-HVAC 8200-1501

Technical Specifications:
  • Model Number: 8200-1501
  • Controller Type: Digital microprocessor-based HVAC controller
  • Supply Voltage: 24 V AC ± 10%, 50/60 Hz
  • Power Consumption: Less than 15 VA
  • Operating Temperature: 0°C to +50°C
  • Storage Temperature: -25°C to +70°C
  • Humidity Range: 5% to 95% relative humidity, non-condensing

Woodward PEAK200‑HVAC 8200‑1501

Key Features

  • HVAC‑Optimized Control: Dual PID dynamics for speed/load and cascade PID for chiller/boiler pressure/flow control to match thermal demand.
  • 5” Graphical HMI: Displays setpoint/actual values, trends, and alarms on one screen; 8‑button keypad for local configuration.
  • Bumpless Mode Transfers: PID‑to‑PID logic ensures stable transitions between speed, load, and cascade modes during HVAC load swings.
  • Overspeed Protection: Peak speed indication, overspeed test capability, and initial valve limiter to prevent turbine damage during start‑up.
  • Critical Speed Avoidance: 1 configurable speed band (100–10,000 rpm) to bypass resonant frequencies and reduce vibration.
  • Redundant Speed Sensing: Accepts 2 magnetic speed sensors for fail‑safe operation in critical HVAC systems.
  • First‑Out Alarm Logging: Captures 100+ time‑stamped events to speed troubleshooting of shutdowns (e.g., overspeed, high bearing temp).
  • Modbus Integration: Dual Ethernet (Modbus TCP) and serial (Modbus RTU) ports for seamless BMS/DCS connectivity.
  • Sulfur‑Resistant Coating: Polyacrylate coating protects PCBs from corrosive HVAC environments (ISA S71.04 G2).

Woodward SPM-D1115B 8440-2165

Product Name:​ Woodward SPM-D2-1115B / 8440-2165 — Digital Synchronizer and Load Share Controller for Gen-Set Breaker Closing
Product Introduction:​ A panel-mount microprocessor-based device that monitors generator and bus voltage, frequency, and phase angle, then issues raise/lower bias signals to the engine governor and AVR to achieve bumpless synchronization and supports isochronous kW/kVAR load sharing among multiple generators.

XP POWER F8B6D4A3G3

Technical Specifications

  • Output Characteristics: It is a quad - output power supply, but specific output voltage and current values are not clearly provided in the existing information.
  • Dimensions: Approximately 15 × 11 × 7 inches (LxWxH).
  • Weight: About 8 lbs.

XP Power F8B6D4A3G3

  • Product Name: XP Power F8B6D4A3G3 AC/DC Enclosed Switch Mode Power Supply
  • Product Introduction: High-efficiency 600W medical-grade enclosed power supply with 12 V / 50 A​ single output, designed for medical, industrial, and ICT applications requiring BF-type patient protection.

XYCOM XVME-653–Detailed Technical Summary

Technical Specifications:
  • The XVME-653 supports a Motorola 68040 processor, which includes an integrated floating-point unit (FPU) to enhance computational performance.
  • It offers several memory options, typically featuring up to 128MB of DRAM and up to 8MB of Flash memory, allowing for flexible storage solutions for both operating systems and application data.
  • Equipped with standard I/O interfaces including Ethernet, serial ports, parallel ports, and USB, facilitating connectivity with other devices and networks.
  • Features a variety of VMEbus interface options that support different types of VMEbus operations, such as master, slave, and interrupt handling.
  • Operates within specified temperature ranges suitable for industrial environments, ensuring stable performance under harsh conditions.

XYCOM XVME-976

Technical Specifications:

  • Bus Type: VMEbus
  • Form Factor: Single-width VME module
  • Processor: Not specified (the information does not provide specific details about the processor)
  • I/O Points: Information not provided specifically for this model; usually such cards support various digital and analog I/O configurations.
  • Environmental Conditions: Operating temperature range and humidity levels would be specified by the manufacturer to ensure proper operation in industrial environments.