MOOG归档 - qzmro Automation

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MOOG CZ1008DVA

MOOG

Product Introduction

Rack-mounted digital closed-loop servo valve drive amplifier developed for MOOG industrial electro-hydraulic servo valves, converts analog position feedback signals into precise proportional current output to control servo valve spool displacement. Integrates PID closed-loop regulation, fault monitoring and standard analog communication interface for metal forming, aerospace test bench hydraulic control systems.

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MOOG D136-001-007

MOOG

Product Introduction

D136-001-007 is a DIN rail mounted high-performance 32-bit motion control core dedicated exclusively to closed-loop hydraulic servo systems. It integrates embedded PLC logic processing, multi-channel high-resolution analog I/O, multi-protocol industrial communication and differential encoder feedback interfaces, realizing synchronized dual-axis position, velocity and force closed-loop control with microsecond-level loop cycle.

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MOOG D136-001-007 High-Performance Motion Controller Module

MOOG

Technical Specifications

Control Resolution: High-resolution analog input/output for precise motion control.
Interface Options: Multiple communication ports, including Ethernet, USB, and serial interfaces, for seamless integration with other devices.
Power Supply: Single 5V DC power supply (AT or ATX compatible).
Operating Temperature Range: 0°C to 60°C (32°F to 140°F).
Environmental Protection: Designed for industrial environments with robust construction to resist dust and vibrations.
Mounting Options: Compact form factor for DIN rail or panel mounting.

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MOOG D136-001-007–MSC I Motion Controller

MOOG

Technical Specifications:

The valve features a flange-mounted design suitable for direct integration into hydraulic systems.
It operates with a rated flow typically specified under standard test conditions, ensuring accurate control over hydraulic actuators.
Offers high dynamic response characteristics, capable of handling fast and precise movements required in many industrial applications.
Features low hysteresis and high resolution, contributing to smooth and accurate operation.
Operates efficiently with common hydraulic fluids, including mineral oils and synthetic fluids, under specific temperature and pressure ranges.

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MOOG D136-002-005 Multi-Axis Motion Controller

MOOG

This servo valve typically features high resolution and low hysteresis, which are critical for accurate control. It is an electro-hydraulic servo valve that converts an electric input signal into a proportional hydraulic output. The exact technical specifications such as flow rate, pressure drop, response time, and power requirements would be listed in the product's datasheet.

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MOOG D136-003-001

MOOG

Product Introduction

D136-003-001 is single-axis derivative variant of D136 series motion controller, optimized for single hydraulic actuator independent closed-loop control scenarios without dual-axis synchronization demand. Retains identical core PowerPC control architecture and hydraulic algorithm library as D136-001-007, reduces redundant dual-axis feedback and analog output circuits to minimize cabinet space occupation.

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MOOG D635-671E

MOOG

Product Introduction

D635-671E is two-stage direct drive electro-hydraulic servovalve without flapper-nozzle pilot stage, adopting patented MOOG DDV linear force motor spool direct drive technology. Eliminates pilot stage fluid contamination sensitivity, delivers ultra-stable flow linearity and low hysteresis under industrial hydraulic fluid cleanliness conditions. Designed for high-response closed-loop hydraulic positioning systems requiring long service maintenance intervals and wide pressure operating range.

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MOOG D691-072D

MOOG

Product Introduction

D691-072D is high-flow two-stage electro-hydraulic proportional servo valve equipped with patented MOOG SERVOJET flapper-less pilot drive architecture and fully integrated on-board control electronics. Simultaneously realizes independent closed-loop flow control and pressure closed-loop control via dual analog command input signals, combining proportional flow regulation and pressure limiting functions within single valve body.

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MOOG D765-102-4

MOOG

Product Introduction

D765-102-4 is compact single-stage flapper-nozzle type electro-hydraulic servovalve designed for medium-flow medium dynamic response closed-loop hydraulic positioning systems. Adopts classic permanent magnet torque motor flapper-nozzle pilot control architecture with zero-lapped main spool, delivering high linearity and fast transient response within miniaturized valve body footprint.

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Moog G122-824-002

MOOG

Product Name: Moog G122 Series Dual-Channel P-I Servo Amplifier / Servo Valve Driver, Model G122-824-002
Product Introduction: An industrial-grade analog servo amplifier designed to accept low-level command signals (±10 V or 4–20 mA) and feedback (±10 V or 4–20 mA), compute the error, apply proportional and integral gain, and output a current/voltage drive to electro-hydraulic servo valves or proportional valves. Used in closed-loop position/force/pressure control.

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MOOG G123-825-001 Buffer Amplifier

MOOG

Technical Specifications

Power Supply: 24 VDC (65 mA current draw).
Input Signal: 4-20 mA (standard PLC analog output).
Output Signals:
- 4-20 mA (fixed).
- 0-10 V (fixed).
- 0-5 mA to ±100 mA (switch-selectable).
Filtering: Single-pole active filter to remove input noise, with switch-selectable time constants.
Mounting: Compact DIN rail enclosure (dimensions: 16 x 25 x 12 mm).
Weight: 0.16 kg.
Operating Temperature: 0°C to 85°C.
Humidity Tolerance: 0-95% non-condensing.

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Moog G403-552A

MOOG

Product Introduction: The Moog G403 family comprises single- or dual-channel servo amplifiers / electronics packages for driving Moog two-stage electrohydraulic servo valves (e.g., D633, D634, D661, D791 series). The G403-552A variant is a rack or DIN-mount analog amplifier providing command summing, ramp generation, deadband compensation, and current drive for valve torque motor coils. Exact I/O configuration should be verified against the shipped datasheet as G403 sub-models vary in enable logic and feedback provision.

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