100KG/300KG/600KG/1000KG/2000KG MAGNETIC LIFTER

Similar documents
INFORMATION SHEET: LS8 LABORATORY SAFETY SAFE USE OF HIGH SPEED CENTRIFUGES

1. Transformer A transformer is used to obtain the approximate output voltage of the power supply. The output of the transformer is still AC.

Five Whys How To Do It Better

L H. Dimensions (L x W x H / H2 in mm): 5 x 3.81 x 0.4 / x 2.54 x 0.4 Capacitance at 30 % RH and +23 C (C 30

How do scientists measure trees? What is DBH?

Competency Requirement Details for each badge (information added to badge metadata in

Sediment Basin (SB) Description. Appropriate Uses. Design and Installation

CONTENTS. VII. Functions VIII. Specifications IX. Included with tia NC-9900 X. Troubleshooting

Physics 2010 Motion with Constant Acceleration Experiment 1

Forensic Science. Group: Background information

Rotator PTR-35. Operating instructions

Materials Engineering 272-C Fall 2001, Lecture 7 & 8 Fundamentals of Diffusion

EXAM #1 PHYSICAL SCIENCE 103 Spring, 2016

If (IV) is (increased, decreased, changed), then (DV) will (increase, decrease, change) because (reason based on prior research).

Weathering. Title: Chemical and Mechanical Weathering. Grade Level: Subject/Content: Earth and Space Science

THE LIFE OF AN OBJECT IT SYSTEMS

making triangle (ie same reference angle) ). This is a standard form that will allow us all to have the X= y=

UNIT 6 DETERMINATION OF FLASH AND FIRE POINT OF A LUBRICATING OIL BY OPEN CUP AND CLOSED CUP METHODS

14. Which shows the direction of the centripetal force acting on a mass spun in a vertical circle?

EXAM #1 PHYSICAL SCIENCE 103 FALLF, 2017

14. Which shows the direction of the centripetal force acting on a mass spun in a vertical circle?

Lab 1 The Scientific Method

Guidelines for laboratory safety and chemical use at the Abisko Scientific Research Station

2004 AP CHEMISTRY FREE-RESPONSE QUESTIONS

Experiment #3. Graphing with Excel

Lab #3: Pendulum Period and Proportionalities

N C R S I L V E R Q U A N T U M F A Q

Electrochemical Reactions

Model KH13 Pressure Transmitter

BASD HIGH SCHOOL FORMAL LAB REPORT

Associated Students Flacks Internship

Guide to Using the Rubric to Score the Klf4 PREBUILD Model for Science Olympiad National Competitions

Public Key Cryptography. Tim van der Horst & Kent Seamons

Pipetting 101 Developed by BSU CityLab

MODULE FOUR. This module addresses functions. SC Academic Elementary Algebra Standards:

CHM112 Lab Graphing with Excel Grading Rubric

Matter Content from State Frameworks and Other State Documents

2/3 Axis Position Indicator

5 th grade Common Core Standards

CHAPTER 8b Static Equilibrium Units

Purpose: Use this reference guide to effectively communicate the new process customers will use for creating a TWC ID. Mobile Manager Call History

Heat Management Methodology for Successful UV Processing on Heat Sensitive Substrates

APEX DYNAMICS, INC. Stainless

Materials o o o o o o o o o

Flipping Physics Lecture Notes: Simple Harmonic Motion Introduction via a Horizontal Mass-Spring System

Differentiation Applications 1: Related Rates

Physics 2B Chapter 23 Notes - Faraday s Law & Inductors Spring 2018

AP Statistics Notes Unit Two: The Normal Distributions

A B C. 2. Some genes are not regulated by gene switches. These genes are expressed constantly. What kinds of genes would be expressed constantly?

Interference is when two (or more) sets of waves meet and combine to produce a new pattern.

Temperature sensor / Dual Temp+Humidity

SPH3U1 Lesson 06 Kinematics

AP CHEMISTRY CHAPTER 6 NOTES THERMOCHEMISTRY

NGSS High School Physics Domain Model

PHOTOSYNTHESIS THE PRACTICALS 16 APRIL 2014

Fibre-reinforced plastic composites Declaration of raw material characteristics Part 5: Additional requirements for core materials

Basics. Primary School learning about place value is often forgotten and can be reinforced at home.

Universal Pump Control

Fall 2013 Physics 172 Recitation 3 Momentum and Springs

Phy 212: General Physics II 1 Chapter 18 Worksheet 3/20/2008

Wagon Markings Guidelines

Flipping Physics Lecture Notes: Simple Harmonic Motion Introduction via a Horizontal Mass-Spring System

BF908; BF908R IMPORTANT NOTICE. use

AQA GCSE Physics. Topic 7: Magnetism and Electromagnetism. Notes. (Content in bold is for Higher Tier only)

, which yields. where z1. and z2

Synchronous Motor V-Curves

Edexcel GCSE Physics

SAMPLE TEST PAPER A TALENT SEARCH EXAM 2019

Lecture 7: Damped and Driven Oscillations

ECE 545 Project Deliverables

The standards are taught in the following sequence.

1.2.1 Vectors. 1 P age. Examples What is the reference vector angle for a vector that points 50 degrees east of south?

Assume that the water in the nozzle is accelerated at a rate such that the frictional effect can be neglected.

37 Maxwell s Equations

RN52-STK2 Starter Kit

NF Ethylcellulose Assay Procedure

Phys102 Final-061 Zero Version Coordinator: Nasser Wednesday, January 24, 2007 Page: 1

Plan o o. I(t) Divide problem into sub-problems Modify schematic and coordinate system (if needed) Write general equations

Electric Current and Resistance

How topics involving numbers are taught within Budehaven Community School

This section is primarily focused on tools to aid us in finding roots/zeros/ -intercepts of polynomials. Essentially, our focus turns to solving.

READING STATECHART DIAGRAMS

Work, Energy, and Power

PHYS 219 Spring semester Lecture 02: Coulomb s Law how point charges interact. Ron Reifenberger Birck Nanotechnology Center Purdue University

I. Analytical Potential and Field of a Uniform Rod. V E d. The definition of electric potential difference is

The steps of the engineering design process are to:

Assessment Primer: Writing Instructional Objectives

Chapter One. Matter and Energy - Chemistry the study of matter and its changes the "central science" Natural Laws

Lecture 17: Free Energy of Multi-phase Solutions at Equilibrium

ALUMINIUM ELECTROLYTIC CAPACITORS PG - LL9 Long Life Grade

CHAPTER 3 INEQUALITIES. Copyright -The Institute of Chartered Accountants of India

TEMPERATURE CONSIDERATIONS FOR SCR CONTROLS

Dry-Contact switch Installation Guide

Effective Date: 10-January Table of Contents

TUTORIAL B1.31 TB 538

First Semester 6 th Grade Exam Review

Stage 6 PROMPT sheet. 2 > -2 We say 2 is bigger than -2-2 < 2 We say -2 is less than 2. 6/2 Negative numbers. l l l l l l l

Instructions: Show all work for complete credit. Work in symbols first, plugging in numbers and performing calculations last. / 26.

RN53 Radon Detector. RN53-STK Starter Kit

Packaging in trays T 850 Traysealer

Transcription:

Vlume 1 OPERATIONAL MANUAL MODEL: 100KG/300KG/600KG/1000KG/2000KG MAGNETIC LIFTER by BLUEROCK Tls

100KG/3 0 0 K G / 6 0 0 K G / 1 0 0 0 K G / 2 0 0 0 K G M A G N E T I C L I F T E R UNPACKING THE ITEM Cautin: This device is packed tgether with items that may be sharp, ily and verly heavy bjects. Remve the device frm the packaging in a safe manner. Check t ensure all accessries are included with the item while unpacking. If any parts are fund t be missing, cntact the retailer as sn as pssible. D nt thrw away the packaging until the item is ut f the guarantee perid. Dispse f the packaging in an envirnmentally respnsible manner. Recycle if pssible. Keep all plastic bags away frm children due t risk f suffcatin. BLUEROCK TOOLS 2015 1100 SW 16 th St Suite D Rentn, WA 98057 Phne 206.604.8363 Fax 425.572.5167 www.bluercktls.cm

Table f Cntents SAFETY 1 PRE-OPERATIONAL SAFETY CHECKS 1 OPERATIONAL SAFETY CHECKS 1 LIFTING SAFETY 2 INCLUDED ACCESSORIES 3 ADDITIONAL DEVICES 3 ADDITIONAL SIZE MAGNETIC LIFTERS CAN BE FOUND IN BLUEROCK TOOLS ONLINE SHOP AT WWW.BLUEROCKTOOLS.COM OR FROM YOUR LOCAL RETAILER. 3 SPECIFICATIONS 3 DEFINITIONS 3 ACTUAL LIFTER CAPACITY 4 EFFECTIVE PERCENTAGE OF RATED CAPACITY 4 STEEL THICKNESS GRAPH 5 FORMULA FOR RANGE OF LIFTING CAPACITY 6 OPERATIONS 7 PURPOSE 7 OPERATIONAL PRINCIPLES 7 DEVICE COMPONENTS 7 TRANSPORTING THE DEVICE 8 USING THE DEVICE 8 GENERAL MAINTENANCE 9 BREAKDOWN VIEW 10

Chapter 1 Safety DO NOT USE THIS DEVICE UNLESS YOU HAVE READ THE OPERATING INSTRUCTIONS! Safety glasses must be wrn at all times in wrk areas. Lng and lse hair must be cntained. Apprpriate ftwear must be wrn. Clse fitting/prtective clthing must be wrn. Safety glves shuld be wrn at all times and jewelry must nt be wrn. Read peratinal manual prir t use. PRE-OPERATIONAL SAFETY CHECKS Examine the bdy f the device and inspect fr damage r defects. Ensure that the n/ff handle is crrectly attached t the device. Make certain the n/ff handle is in the ff psitin. OPERATIONAL SAFETY CHECKS ONLY t be perated by qualified persnal wh have read instructins. NOTE: Failure t read and fllw instructins culd result in prperty damage and/r serius injury! DO ensure all nn-essential peple are clear f the immediate wrk area. DO keep bdy parts, clthing & pwer crds clear f wrk area. Stay alert and use cmmn since when using this device. DO NOT make adjustments t device while the device is lifting. DO NOT use this device in water r any type f liquids. DO NOT leave the device actively lifting when nt in use. DO NOT perate device utside f device specificatins. DO NOT walk under lifted materials as death r dismemberment culd ccur. DO NOT remve device panel. Only t be remved fr service by qualified persnal and put back n the device after service is cmplete. Magnets inside are extremely strng and adjustments withut prper equipment can result in serius injury. 1

1 0 0 K G / 3 0 0 K G / 6 0 0 K G / 1 0 0 0 K G / 2 0 0 0 K G M A G N E T I C L I F T E R DO NOT allw children r untrained persnal t perate device. DO NOT use this device in the rain r a wet envirnment. If using utdrs, make sure the surface is clean and dry. DO NOT use n a wrk area that may cntain a live electrical wire/circuit. DO NOT perate this device n the same wrk surface where welding is being perfrmed. This culd result in severe damage t the device r persnal injury t the user. DO NOT engage the handle t the n psitin withut magnetic material under the lifter. DO NOT drp, heat r shck the lifter as it culd cause permanent damage t the lifter. LIFTING SAFETY Make certain material surface is free f debris r bstructins. D nt use multiple magnets withut prper spreader bar. D nt carry material ver r near peple. Make certain the material is prperly distributed. D nt allw peple t stand n lifted materials. N shear lifts. D nt allw the magnet f lifted material t cme int cntact with any bstructins while lifting. Make certain t lift material evenly s as t avid an instable lift. 2

Chapter 2 Included Accessries DESCRIPTION QTY Instructin Manual 1 Primary Handle with Blt 1 Additinal Devices Additinal size magnetic lifters can be fund in BLUEROCK Tls nline shp at www.bluercktls.cm r frm yur lcal retailer. DEFINITIONS Specificatins AIR GAP Anything that prevents the magnet frm making full cntact with the material being lifted is cnsidered an air gap. Examples f an air gap wuld be items like paint, rust, ice, water, machine grves, hles, il, rust, debris, etc. It is always recmmended that there is a limited air gap s the device can make full cntact with the material. BREAKAWAY FORCE The frce required t separate the magnet frm the material being lifted is cnsidered the breakaway frce. This is the frce when the magnet is being pulled in a directin perpendicular t the magnet s face. The breakaway frce is directly prprtinal t the materials specificatins. The lifter s breakaway frce increases until the material being lifted exceeds the saturatin thickness f the material. 3

LIFTER MODEL 100KG 300KG 600KG 1000KG 2000KG Lifting Capacity (lbs) 220 660 1320 2200 4400 Max rated lad fr rund steel (lbs) 99 297 594 990 1980 Max rated lad fr flat steel (lbs) 220 660 1320 2200 4400 Max "Breakaway frce" (lbs) N/A 2315 4629 7716 15432 Distance (in) A 3.6 6.4 9.1 10.2 14.9 C 5.7 5.9 7.7 11.2 16.8 E 2.5 3.6 4.8 6.9 9.2 F 2.8 3.5 4.6 6.4 8.3 Net Weight (lbs) 7 22 50 100 200 ACTUAL LIFTER CAPACITY Material Thickness The actual lifting capacity f the magnet is affected by the fllwing factrs Air Gap Carbn Cmpsitin Rund Bar r Pipe Sheet The thickness f the steel plate (see steel thickness graph belw). A gap between the lifting magnet and the steel lad prduced by paint, dirt, rughness, r uneven surface f material (see air gap graph belw) When lifting high carbn steel, the lifting capacity will be 30% less. If lifting cast irn, the lift value will be 50% less. A rund bar must cntact the V shape slt at the bttm f the lifting magnet. The actual capacity value will be apprximately 40% f that plate. When lifting pipes, its thickness shuld als be taken int accunt. The actual capacity value is als affected by the diameter f the material. A large thin steel sheet can be bent in an arc prfile and then peeled ff when lifted, even thugh it is light. When lifting a sheet frm a stack, the magnetic flux may penetrate thrugh the sheet and adhere t lwer pieces. This is an extremely unsafe lift. EFFECTIVE PERCENTAGE OF RATED CAPACITY Thickness 6000KG 3000KG 2000KG 1000KG 600KG 300KG 100KG (mm) 100 100% 90 85% 80 70% 100% 70 55% 80% 100% 60 45% 60% 80% 100% 50 35% 45% 60% 90% 100% 40 25% 35% 45% 75% 90% 100% 30-25% 30% 55% 70% 90% 100% 20 - - 20% 35% 50% 70% 80% 4

STEEL THICKNESS GRAPH 5

AIR GAP GRAPH Cautin: Always cnsider the air gap when chsing the prper magnetic lifter fr the material. FORMULA FOR RANGE OF LIFTING CAPACITY Actual Capacity = Nminal Capacity (lbs) x T Factr (%) x A Factr (%) T Factr = Thickness Hlding Pwer (%) A Factr = Air Gap Hlding Pwer (%) Example: Mdel 600KG s rated lifting pwer is 1,320lbs. In the example we will lift 3/8 standard steel plate with 8 mils f paint n it. 3/8 = 0.375 = 9.5mm 9.5mm = T Factr (%) = 35% 8 mils = 0.20mm = 8 Thusandth f an Inch 0.20mm = A Factr (%) = 80% Actual Capacity = 1320 (lbs) x 35 (%) x 80 (%) = 369.60 (lbs) S the 600KG can lift 369.60 lbs wrth f 3/8 sheet with 0.20mm wrth f paint n it. 6

Chapter 3 Operatins Nte THOROUGHLY READ THROUGH THE ENTIRE MANUAL BEFORE OPERATING THIS DEVICE! PURPOSE The purpse f the 100KG/300KG/600KG/1000KG/2000KG magnetic lifter is t lift steel, irn, rund and ther magnetic material. These are cmmnly used in manufacturing and warehusing peratins fr handling magnetic material. These magnets eliminate the need fr clamps, slings and chains increasing wrking efficiency. These lifters d nt require a pwer surce. OPERATIONAL PRINCIPLES The lifter has a magnetic path prduced by Nd-Fe-B rare earth magnets. In the n psitin, the magnet is engaged in the pathway and wrks t lift material. In the ff psitin, the magnets pathway is nt engaged and the device will have very little residual magnetism. The magnet will nt engage int the n psitin unless it is psitined tuching magnetic material. DEVICE COMPONENTS The main cmpnents f the magnetic lifter are the lifter bdy and main handle. 7

TRANSPORTING THE DEVICE When transprting the device, always carry with bth hands. If transprting inside a vehicle, it is recmmended t transprt it flat s as t avid the item falling ver. DO NOT carry the device by the handle. DO NOT allw the lifter base t get damaged when transprting. USING THE DEVICE D all pre-peratinal and peratinal safety checks frm Chapter 1. Cnsider yur security and stability as well as the rientatin f the device in the wrk area. Cnsider the material type, weight, cnditin, strength, density and rigidity. These factrs directly affect the tls peratin and user safety. The magnetic adhesin is highly affected by the cmpsitin f the material being lifted. Allys with higher irn cntent are typically mre susceptible t magnetic fields than thse with lwer irn cntent. Knw the material yu are lifting. IMPORTANT: Cnsult the peratinal chart t make sure the planned lift is within the capabilities f the device. Ensure the handle is securely attached. Ensure the wrk surface is clean and free f debris, il, rust, paint, dirt, etc. If yu d nt take this int accunt, lifting capacity will be reduced. Psitin the lifter n the steel gently s as nt t cause and dents n the lifter r surface. Take care t place the lifter n the center f the material lad. This wuld be a center pint f mass s that the weight is distributed evenly n all remaining sides. Press the buttn at the tp f the handle and turn the handle frm the ff psitin t the n psitin. Ensure the safety lck is engaged twards the machine t keep the device in the n psitin. Mve r lift the lad. T disengage the magnet when in the n psitin, simply press the buttn at the tp f the handle t disengage the lck and slwly mve the handle t the ff psitin. 8

Chapter 4 General Maintenance CAUTION! INTERNAL MAGNETS ARE EXTREMELY STRONG AND CAN CAUSE SERIOUS INJURY TO PERSONS HANDLING OR ADJUSTING! DO NOT TAKE THEM OUT OR REPLACE WITHOUT UNDERSTANDING THE PROPER HANDLING PROCEDURES! Inspect all device surfaces fr damage. Keep device clean and free f debris. Check fr misalignment, binding and breakage f all mving parts. If damaged, repair tl befre use. Prtect magnet frm rusting by iling the bttm base after use. Stre in a dry area. Check handle t ensure the safety buttn mves freely. Annual calibratin check is recmmended. 9

Chapter 6 Breakdwn View 10