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Millmate roll force systems

Millmate roll force systems
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Millmate roll force systems

Product catalog summary
Introduction
The Millmate roll force systems by ABB are designed to improve the quality and productivity of modern rolling mills through precise roll gap settings and force distribution. The system includes a Millmate Controller (MC 400) and load cells, which are easy to install and operate.

System Overview
The system uses Pressductor® technology, based on the magneto-elastic effect, for accurate force measurement without mechanical damage, even under high loads. It integrates seamlessly into rolling mills, ensuring reliable communication and measurement.

Pressductor® Technology
Pressductor® load cells utilize the magneto-elastic effect, where mechanical stress affects the magnetic properties of steel, inducing a voltage proportional to the applied force. This ensures accurate measurements even with uneven load distribution.

Load Cells and Applications
ABB provides various load cells, including circular, rectangular, and annular types, each suited for specific installation scenarios in rolling mills. Circular load cells are mounted under the mill screw, rectangular ones under the lower back-up roll bearing, and annular cells between the mill screw nut and the mill stand.

Installation and Configuration
Accurate measurement requires proper installation, with load cells positioned to ensure the entire force passes through them, close to the roll gap, and protected from bending and torsional forces. ABB offers pre-stressed load cell packages for secure installation.

Specifications and Options
The document details specifications for load cells, including measurement ranges and dimensions, with customization options to meet specific application needs, ensuring compatibility and optimal performance in diverse environments.
Specifications
The document provides detailed specifications for load cells and control units, including maximum cable lengths, dimensions, and calibration details. It defines and quantifies nominal load, accuracy class, linearity deviation, hysteresis, repeatability error, compression, zero point drift, and sensitivity drift.

Procedures
Instructions for selecting load cells based on required load are provided, with customization options for non-standard applications. The document outlines the calculation method for non-standard load cells and guides on setting up and commissioning the control unit using step-by-step menus.

Standards and Recommendations
Working and storage temperature ranges, protection classes, and communication protocols like TCP/IP and Profibus are specified. The document emphasizes following predefined measurement modes and using built-in functionalities for accurate roll force measurement.

Control Unit Features
The Millmate Controller 400 is noted for its ease of use and extensive functionalities, including predefined measurement modes, configurable inputs/outputs, self-diagnostics, and simulation mode. It supports various communication methods and can integrate into existing systems via Ethernet and Profibus.

Installation Options
Options for installing control units in wall or floor cabinets are described, with details on matching units and their placement relative to load cells. Accessories like the Millmate Operator Unit 410, relay boards, and insulation amplifiers are also covered.

Data and Communication
The document explains the use of Vendor Internet Protocol (VIP) for communication and the role of the control unit as a server in a network. It details external connections available for load cells and other systems, emphasizing proper configuration for optimal performance.
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Catalog excerpts

Millmate roll force systems-1

Millmate roll force systems Reliable, long-term solutions for your roll force measurement

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Millmate roll force systems-2

2 MILLMATE ROLL FORCE SYSTEMS RELIABLE, LONG-TERM SOLUTIONS Measurement made easy Millmate roll force systems Quality measurement technology for optimum process control • Accurate • Rugged • Reliable

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Millmate roll force systems-3

— Millmate roll force systems Introduction A measurement technology offering high accuracy is a prerequisite for modern rolling mills of today. — 01 System overview ABB’s Millmate rollforce system in rolling mills The constant striving to achieve optimum process quality and the highest possible productivity is the essential goal of modern production units. Rolled products are called upon to meet ever stricter demands, and as a consequence so is also rolling mill equipment. A truly measured roll force is crucial in achieving correct roll gap settings, true force distribution from operator side...

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MILLMATE ROLL FORCE SYSTEMS RELIABLE, LONG-TERM SOLUTIONS Pressductor® Technology Measurement principle ABB’s Millmate roll force load cells are based on the well-known Pressductor® principle patented in 1954, utilizing the magneto-elastic effect, according to which the magnetic properties of steel are influenced by mechanical forces acting on it. 01 700% of nominal load. The highest permissible single loading without mechanical damage to the load cell 300% of nominal load. The highest permissible load without permanent change of data 02 Load cell application in hot rolling mill 03 The measurement principle...

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Millmate roll force systems-6

— ABB’s force measurement systems in rolling mills — 01 Overview of load cells and electronics — 02 A 4-high mill stand with removed work rolls — 03 View of hot rolling mill from operator room — 04 Hot rolling mill Your selection of load cells, control units and options ABB’s Roll force systems offer a comprehensive selection of load cells, control units and options covering your needs for accurate and reliable roll force measurement in your rolling mill. You choose from the Millmate roll force load cells coming in three different versions: Circular, Rectangular and Annular. The most common installation...

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— Load cells The heavy-duty Millmate roll force load cells have high stability components protected by a stainless steel box providing the built-in calibration and temperature compensation of the load cell. — 01 4-high mill stand — 02–04 Load cells can be installed in several different ways, but the preferred arrangement, from both the economical and technical points of view, is usually to install the load cell under the mill screw. Due to its low impedance and high output signal power the Millmate roll force load cell has an extremely low sensitivity to insulation defects and maintains its measuring...

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Millmate roll force systems-9

Rectangular load cells PFVL 141V for mounting under the lower back-up roll bearing housing There must be a sufficiently large flat surface on the lower part of the roll stand to allow the installation of the load cell under the lower back-up roll bearing. This arrangement has the advantage that there is no need to pay particular attention to the load cell during roll change. See also our offer regarding Load Cell Packages on the next page. The load cell can be adapted to the required dimensions, and the length is chosen as a multiple of 30 mm. For load cells longer than 900 mm, the chosen length...

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Millmate roll force systems-10

— Load cells Installation arrangements — 01 ABB offers a complete range of roll force load cells of different types and sizes. Connector cables to be preferred to fixed cables. — 02 Step-by-step assembly of our prestressed Load Cell Package Load cell packages When the load cell is positioned under the lower back-up roll bearing, which is the most exposed position, we can offer a pre-stressed package with lower pressure plate, load cell, frame and upper pressure plate. The safe and compact Load Cell Package secures easy and correct installation. You increase the possibility of accurate measure,...

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millmate roll force systems reliable, long-term solutions Standard sizes and cable lengths Load cells are manufactured in the standard range as below. load (MN) (mm) (mm) length (m) length (m) Max cable length between load cell and matching unit if 2 or 4 load cells are connected to the same control unit. Select as follows: • Determine the load for which the load cell is to be used and choose from the table the next higher value in the standard range. When ordering, please state: • Type designation • Nominal load Example Nominal load 20 MN per load cell. Select 20 MN load cell, dimension OD=560...

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Millmate roll force systems-12

MILLMATE ROLL FORCE SYSTEMS RELIABLE, LONG-TERM SOLUTIONS Standard sizes and cable lengths Load cells are manufactured in the standard range as below. load (MN) length (m) length (m) 1 Max cable length between load cell and matching unit if 2 or 4 load cells are connected to the same control unit. When ordering, please state: • Type designation • Nominal load • Width and length Example With a nominal load of 14 MN and a width of 370 mm the length will be 390 mm (rounded up from 378 mm). PFVL 141V, 14 MN L=390 mm, W=370 mm Select as follows: • Determine the load for which the load cell is...

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Millmate roll force systems-13

millmate roll force systems reliable, long-term solutions Standard sizes and cable lengths Load cells are manufactured in the standard range as below. Dimensions can be designed to order on request. Nominal Di D2 D, D4 Max. cable Max. cable load (MN) (mm) (mm) (mm) (mm) length L (m) length L (m) 1 Max cable length between load cell and matching unit if 2 or 4 load cells are connected to the same control unit. Select as follows: • Determine the load for which the load cell is to be used and choose from the table the next higher value in the standard range. We...

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MILLMATE ROLL FORCE SYSTEMS RELIABLE, LONG-TERM SOLUTIONS QGPR 104 and QGPR 102 load cells are mainly used in applications where the load to be measured or the available space in the installation is smaller than what is suitable or required for the smallest PFVL141R load cell. Examples of such installations are tube mills and smaller edger mills. Standard sizes and cable lengths Load cells are manufactured in the standard range as below. Dimensions can be designed to order on request. 1 Max cable length between load cell and matching device if 2 or 4 load cells are connected to the same control...

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