Magnetek MVB002 | 3 – phase, suitable for various voltage levels

Product Overview

The Magnetek MVB002, paired with the CIMR – V7AM40P41, is a high – performance variable frequency drive (VFD) solution designed to provide precise control over electric motors in a variety of industrial applications. Magnetek, a renowned name in the field of power control and motion management, has engineered this combination to offer enhanced efficiency, reliability, and flexibility in motor operation.
The CIMR – V7AM40P41 is a key component within the MVB002 system. As a variable frequency drive, it plays a crucial role in adjusting the speed and torque of three – phase AC motors. This allows for optimized operation based on the specific requirements of the connected machinery, whether it’s in a manufacturing plant, a material handling system, or an industrial process. By varying the frequency and voltage supplied to the motor, the CIMR – V7AM40P41 can achieve significant energy savings, reduce wear and tear on the motor, and improve overall system performance.
The MVB002, on the other hand, serves as the control interface for the CIMR – V7AM40P41. It provides an intuitive platform for operators to configure drive settings, monitor motor performance, and implement control strategies. With its user – friendly design, the MVB002 enables easy integration into existing industrial control systems, making it accessible to a wide range of users, from seasoned engineers to plant operators with basic technical knowledge.
Hainan Jinlin Mechanical & Electrical, with its extensive experience in industrial control products, offers the Magnetek MVB002 with CIMR – V7AM40P41 as part of its comprehensive portfolio of power control solutions. Committed to the “Customer First, Forge Ahead” principle, we are dedicated to providing top – notch service and support to ensure seamless implementation and optimal performance of this VFD system in your industrial operations.

Technical Specifications

Parameter
Value
Product Model
MVB002 (Control Unit) with CIMR – V7AM40P41 (Variable Frequency Drive)
Manufacturer
Magnetek
Motor Voltage
3 – phase, suitable for various voltage levels (common in industrial settings such as 460 V)
Power Rating
0.4 kW (corresponding to the “P4” in CIMR – V7AM40P41; specific power may vary based on application requirements)
Current Rating
Designed to handle appropriate motor currents based on power rating (exact value can be determined from product documentation)
Frequency Range
Adjustable frequency typically from 0 Hz to a maximum value (e.g., 60 Hz or 120 Hz, depending on motor and application needs)
Control Interface
The MVB002 offers user – friendly interfaces for parameter setting, monitoring, and control. It may include digital displays, push – buttons, and communication ports for connection to external control systems.
Dimensions
The overall dimensions of the MVB002 and CIMR – V7AM40P41 combination are designed to be compact yet suitable for industrial mounting. The CIMR – V7AM40P41 drive may have dimensions similar to related models in the series, such as those in the range of 4 – 6 inches in length, width, and height (approximate values, subject to actual product design). The MVB002 control unit is sized to be easily integrated with the drive and may have dimensions that allow for convenient panel – mounting or rack – mounting.
Weight
The weight of the combined unit is relatively lightweight for easy installation and handling. The CIMR – V7AM40P41 may weigh around 1 – 3 kg (approximate, based on similar models), and the MVB002 control unit adds an additional weight that is proportionate to its size and functionality.
Country of Origin
Japan (as is common for many Magnetek products with Japanese manufacturing quality standards)

Key Features and Benefits

Precise Motor Control

The CIMR – V7AM40P41 variable frequency drive in the MVB002 system enables highly precise control over motor speed and torque. This precision is crucial for applications where accurate motion control is required, such as in conveyor systems where different products may need to be transported at specific speeds. By adjusting the frequency and voltage, the drive can smoothly accelerate and decelerate the motor, reducing mechanical stress and extending the motor’s lifespan.

Energy Efficiency

One of the significant advantages of the Magnetek MVB002 with CIMR – V7AM40P41 is its ability to improve energy efficiency. In industrial applications where motors operate for long hours, the variable frequency drive can optimize motor speed based on the load requirements. For example, in a fan or pump application, when the demand for air or fluid flow decreases, the drive can reduce the motor speed, resulting in substantial energy savings. This not only helps in reducing operational costs but also contributes to a more sustainable industrial operation.

User – Friendly Interface

The MVB002 control unit features a user – friendly interface that simplifies the configuration and monitoring of the variable frequency drive. Operators can easily access and adjust parameters such as motor speed, acceleration time, and deceleration time through intuitive controls. The digital display provides real – time information about motor performance, including speed, current, and voltage. This ease of use allows for quick setup and troubleshooting, minimizing downtime and maximizing productivity.

Versatile Applications

The MVB002 with CIMR – V7AM40P41 is suitable for a wide range of industrial applications. It can be used in manufacturing plants to control the speed of production line motors, in material handling systems for precise conveyor belt control, and in industrial ventilation systems to adjust fan speeds based on environmental conditions. Its versatility makes it a valuable asset for any industrial facility looking to improve motor control and system performance.

Reliable Performance

Magnetek is known for its high – quality products, and the MVB002 with CIMR – V7AM40P41 is no exception. Built with robust components and advanced engineering, this variable frequency drive system is designed to operate reliably in harsh industrial environments. It can withstand electrical noise, temperature variations, and mechanical vibrations, ensuring continuous and stable operation of the connected motors. This reliability reduces the risk of unplanned downtime and maintenance costs associated with motor failures.

Related Models

  • MVB003 with CIMR – V7AM40P7: This is a related model with a different power rating (0.25 hp as indicated by “P7”). It may be suitable for applications that require a lower – powered motor control solution. The MVB003 control unit may have similar user – friendly features as the MVB002 but is optimized for the specific requirements of the CIMR – V7AM40P7 variable frequency drive.
  • CIMR – V7AM40P2: Another variable frequency drive model in the Magnetek range with a different power output. It can be paired with a compatible control unit (similar to the MVB002) for applications where a lower power rating is sufficient. This model may be used in smaller – scale industrial processes or in equipment where the motor does not require a high – power drive.
  • Magnetek Pre – Engineered Control Panels: These panels can be integrated with the MVB002 and CIMR – V7AM40P41 system. They offer a pre – designed solution for housing and organizing the variable frequency drive and associated control components. The control panels may include features such as power distribution, circuit protection, and additional control interfaces, providing a more comprehensive and organized solution for industrial installations.
As a certified partner of leading industrial brands, we offer the Magnetek MVB002 with CIMR – V7AM40P41 to support critical operations in various sectors. In manufacturing, it optimizes motor performance in production lines. In logistics, it ensures precise control of conveyor systems. In HVAC systems, it adjusts fan and pump speeds for energy – efficient operation. We provide a one – year warranty on this product combination and offer expert pre – sales consultation and after – sales support. If you require a different model or have specific application requirements, please reach out to us promptly.

XVME-103 | Storage module

XVME-103

Features:
  • Eight 32-Pin Memory Sockets
  • Two Independently Configurable Memory Banks
  • Supports Read Modify Write (RMW) Cycles
  • Power-Down Memory Protection Circuitry
  • Battery Backup for CMOS RAM Devices

The XVME-103 RAM/ROM Memory Module is a single-high, VMEbus-compatible board. It can accommodate up to 4 MB of RAM, 8 MB of EPROM, 4 MB of Flash or 4 MB of EEPROM. The module is designed with an on-board battery backup circuit to provide power to CMOS RAM devices in the event of a power failure. The XVME-103 has eight 32-pin JEDEC sockets that are logically divided into two separate memory banks, containing four sites each. Each bank is designed to employ memory devices of the same type and speed, and each bank can be independently configured (via jumpers and switches).

XVME-240 is a functional module based on VME bus

XVME-240

The XVME-240 010 is an 80 channel, TTL-level, VMEbus-compatible I/O module.
Sixty-four of the channels are arranged to form 8 (byte-wide) bidirectional I/O ports.
Each port can be individually programmed for either input or output by simply setting
or clearing a single corresponding bit in the Port Direction register.
The 010 provides 8 interrupt input lines to allow externally connected devices to
generate VMEbus interrupts on any level. The user has the option (by setting jumpers
J3-JIO) to control whether the board wi1llatch the interrupt input signals on the rising
edge or on the falling edge. Each interrupt input line is also maskable via a
programmable Interrupt Mask Register.
In addition, the 010 provides an Interrupt Vector Register (to store the interrupt
acknowledge vector), an Interrupts Pending Register (which shows if there are any
interrupts which need servicing), and an Interrupt Clear Register (which will clear the
individual interrupts when a “1” is written to the corresponding bit location in the
register).
The user determines the interrupt level for the module by setting the three DIP
switches in switch Sl. The 010 also has 8 flag output lines which can be employed as
external interrupt acknowledge lines or as control signal lines to any externally
connected devices.

 

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