Namco Main Catalog

Total Page:16

File Type:pdf, Size:1020Kb

Namco Main Catalog CCD ROM General Catalog • Proximity Sensors • Photoelectric Sensors • Special Application Sensors • Limit Switches & Solenoids © 2001 Namco Controls CDCAT-1.0 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com 6.5 mm 20 mm Inductive Tubular DC 34 mm Smooth Barrel AC Maximum Maximum Maximum Short Connector Circuit Housing Housing Shielded Unshielded Sensing Load Leakage Voltage Switching Circuit Type Description Material Length Model No. Model No. Range Current Current Drop* Frequency Protected 6.5mm DC 10-30V Metal 6.6' Cable 3W, NPN, NO Metal 50mm ET110-71001 — 1mm 200mA <100µA <2.0 4KHz yes 6.6' Cable 3W, PNP, NO Metal 50mm ET111-71003 — 1mm 200mA <100µA <2.0 4KHz yes 6.5mm NAMUR 5-25 VDC 6.6' Cable 2W, Analog Metal 30mm ET112-75403 — 1mm N/A — — 1KHz N/A 20mm DC 10-30V Plastic Proximity Sensors 6.6' Cable 3W, NPN, NO Plastic 77mm — ET210-73110 10mm 400mA <10µA <2.5 200Hz yes 6.6' Cable 3W, PNP, NO Plastic 77mm — ET211-73110 10mm 400mA <10µA <2.5 200Hz yes 20mm AC 20-250V Plastic 6.6' Cable 2W, AC, NO Plastic 77mm — ET220-73410 10mm 400mA <1.5mA <8 VAC 25Hz no @220 VAC 34mm DC 10-30V Plastic 6.6' Cable 3W, PNP, NO Plastic 80mm — ET211-83110 20mm 400mA <10µA <2.5 VDC 100Hz yes 34mm AC 20-250V Plastic 6.6' Cable 2W, AC, NO Plastic 80mm — ET220-83410 20mm 400mA <1.5mA <8 VAC 25Hz no @220 VAC * Across conducting sensor ▲ Consult factory for normally closed model availability. Replacement Mounting Brackets 6.5mm ET018-20000 20mm ET018-20010 34mm ET018-20020 Protected by the Accessories: see pages 84-87. Lifetime Replacement Program Namco Controls Corporation • Mayfield Village, OH 44143 • (440) 460-1360 • Fax: (440) 460-3800 32 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com Common Sensor Characteristics Dimensional Drawings 6.5, 20, 34mm Sensor Diameter 6.5mm 20mm 34mm 6.5mm DIAMETER Sensing Range 1mm 10mm 20mm (±10%) 1.97" (50.0) 1.18" (30.0) Shielded NAMUR Standard Target (mm) (mild steel) 6.5x6.5x1 30x30x1 60x60x1 Temperature Drift (max.) ±10% ±15% ±15% 0.79" (20.1) 0.40" 0.25" (6.4) 0.13" Repeatability ± 2% (10.2) (3.3) Mounting 0.38" Hysteresis 3-8% (typical); 15% (max.) Bracket (9.7) 0.27" 0.63" (6.9) 0.25" Ambient Temperature -13°F to +158°F (16.0) (6.4) Range 1.02" (25.9) Reverse Polarity yes Protected 0.43" 0.58" 0.20" (10.9) Ø 0.26" (14.7) (5.1) Current Consumption <10mA (6.5) NEMA Enclosure Type 1,3,4,6,13 1,3,4,4x,6,13 20mm DIAMETER LED LED Indicator red = target Metal Housings Stainless N/A Proximity Sensors Plastic Housings N/A Ultradur® Cable Type PVC Shipping Weight 6 oz. 8 oz. 10 oz. 3.03" (77.0) Unshielded Hex Key M5 Mounting Bracket 1.85" 1.26" Circuit Drawings (47.0) (32.0) CABLE MODELS 0.63" 1.18" 3 Wire DC N.O. (16.0) (30.0) Brown (+ DC) 34mm DIAMETER DC Black LOAD LED N.O. Blue (- DC) NAMUR White (+) 3.15" (80.0) Black (-) Unshielded Hex Key M5 NAMUR Mounting Bracket 2 Wire AC N.O. 2.36" 1.77" Brown L1 (60.0) (45.0) AC Blue N.O. LOAD Green/Yellow GND 0.59" 1.97" (15.0) (50.0) Mounting Brackets are included with Smooth Sensors. Namco Controls Corporation Mayfield Village, OH 44143 (440) 460-1360 • FAX (440) 460-3800 • namcocontrols.com For technical assistance, call 1-800-NAMTECH 33 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com Inductive Tubular 8mm Threaded Barrel DC 1mm (Shielded) and 2mm (Unshielded) Sensing Ranges Maximum Maximum Switching Short Connector Circuit Housing Housing Shielded Unshielded Load Leakage Voltage Frequency Circuit Type Description Material Length Model No. Model No. Current Current Drop* Shielded Unshielded Protected DC 10-30V Metal 4-pin Euro 3W, PNP, NO Metal 53mm ET311-10151 ET311-11151 200mA <10µA <2.0 VDC 4KHz 2KHz yes 6.6' Cable 3W, NPN, NO Metal 50mm ET110-10110 ET110-11110 200mA <100µA <2.0 VDC 4KHz 2KHz yes 6.6' Cable 3W, PNP, NO Metal 50mm ET111-10110 ET111-11110 200mA <10µA <2.5 VDC 4KHz 2KHz yes Proximity Sensors NAMUR 5-25 VDC 6.6' Cable Analog Metal 30mm ET112-10310 — N/A — — 1KHz — N/A * Across conducting sensor ▲ Consult factory for normally closed model availability. Protected by the Accessories: see pages 84-87. Lifetime Replacement Program Namco Controls Corporation • Mayfield Village, OH 44143 • (440) 460-1360 • Fax: (440) 460-3800 34 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com Common Sensor Characteristics Dimensional Drawings 8mm-DC 8mm DIAMETER DC SENSORS EURO CONNECTOR MODELS Body threads = M8x1 Shielded Sensing Range (±10%) 1mm 1.18" (30.0) Shielded Unshielded Sensing Range (±10%) 2mm Standard Target 8x8x1mm (mild steel) Repeatability ± 2% 0.98" (25.0) LED Hysteresis 3-8% (typ.); 15% (max.) Unshielded 2.09" Temperature Drift (max.) ±15% (53.0) Ambient Temperature Range -13°F to +158°F Reverse Polarity Protected yes CABLE MODEL Current Consumption <10mA 1.96" (50.0) NEMA Enclosure Type 1, 3, 4, 6, 13 Shielded LED Indicator yellow = target Proximity Sensors Metal Housings Chrome Plated Brass 1.77" (45.0) LED Plastic Housings N/A Unshielded Cable Type PVC Shipping Weight Connector model: 3 oz. Cable model: 8 oz. CABLE MODELS-NAMUR Circuit Drawings 1.18" (30.0) Shielded EURO CONNECTOR MODELS Male view shown 3 Wire DC N.O. 2 1 (+ DC) 3 4 N.O. LOAD (- DC) CABLE MODELS 3 Wire DC N.O. Brown (+ DC) DC Black LOAD N.O. Blue (- DC) NAMUR MODELS NAMUR White (+) Black (-) NAMUR Namco Controls Corporation Mayfield Village, OH 44143 (440) 460-1360 • FAX (440) 460-3800 • namcocontrols.com For technical assistance, call 1-800-NAMTECH 35 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com Inductive Tubular 12mm Threaded Barrel DC 2mm (Shielded) and 4mm (Unshielded) Sensing Ranges Maximum Maximum Switching Short Connector Circuit Housing Housing Shielded Unshielded Load Leakage Voltage Frequency Circuit Type Description Material Length Model No. Model No. Current Current Drop* Shielded Unshielded Protected DC 10-30V Metal 4-pin Euro 3W, NPN, NO Metal 54mm ET310-22151 ET310-23151 400mA <10µA <2.5 VDC 700Hz 400Hz yes 4-pin Euro 3W, PNP, NO Metal 54mm ET311-22151 ET311-23151 400mA <10µA <2.5 VDC 700Hz 400Hz yes 6.6' Cable 3W, NPN, NO Metal 35mm ET310-22110 ET310-23110 200mA <10µA <2.5 VDC 1200Hz 800Hz yes 6.6' Cable 3W, NPN, NO Metal 78mm ET110-22110 ET110-23110 400mA <10µA <2.5 VDC 700Hz 400Hz yes Proximity Sensors 6.6' Cable 3W, PNP, NO Metal 35mm ET311-22110 ET311-23110 200mA <10µA <2.5 VDC 1200Hz 800Hz yes 6.6' Cable 3W, PNP, NO Metal 78mm ET111-22110 ET111-23110 400mA <10µA <2.5 VDC 700Hz 400Hz yes DC 10-30V Plastic 6.6' Cable 3W, NPN, NO Plastic 35mm ET310-42110 ET310-43110 200mA <10µA <2.5 VDC 1200Hz 800Hz yes 6.6' Cable 3W, NPN, NO Plastic 75mm ET210-22110 ET210-23110 400mA <10µA <2.5 VDC 700Hz 400Hz yes 6.6' Cable 3W, PNP, NO Plastic 50mm ET311-42110 ET311-43110 200mA <10µA <2.5 VDC 1200Hz 800Hz yes 6.6' Cable 3W, PNP, NO Plastic 75mm ET211-22110 ET211-23110 400mA <10µA <2.5 VDC 700Hz 400Hz yes NAMUR 5-25 VDC 6.6' Cable Analog Metal 30mm ET112-20310 ET112-21310 N/A — — 800Hz 400Hz N/A 6.6' Cable Analog Plastic 30mm ET212-20310 ET212-21310 N/A — — 800Hz 400Hz N/A * Across conducting sensor ▲ Consult factory for normally closed model availability. Protected by the Accessories: see pages 84-87. Lifetime Replacement Program Namco Controls Corporation • Mayfield Village, OH 44143 • (440) 460-1360 • Fax: (440) 460-3800 36 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com Common Sensor Characteristics Dimensional Drawings 12mm-DC 12mm DIAMETER DC SENSORS EURO CONNECTOR MODELS Body threads = M12x1 1.29" (33.0) Shielded Sensing Range (±10%) 2mm Shielded Unshielded Sensing Range (±10%) 4mm Standard Target 12x12x1mm (mild steel) LED 1.02" (26.0) Repeatability ± 2% Unshielded Hysteresis 3-8% (typ.); 15% (max.) 2.13" (54.0) Temperature Drift (max.) ±15% CABLE MODELS Ambient Temperature Range -13°F to +158°F 1.38" (35.0) Reverse Polarity Protected yes Metal Shielded Plastic Shielded & Unshielded Current Consumption 3W DC = <6mA LED NEMA Enclosure Type Metal 1, 3, 4, 6, 13 Plastic 1, 3, 4, 4x, 6, 13 1.10" (28.0) 0.16" Metal Unshielded (4.0) LED Indicator red = target Proximity Sensors Metal Housings Chrome Plated Brass 1.97" (50.0) Metal Shielded Plastic Shielded & Unshielded Plastic Housings Ultradur® LED Cable Type PVC Shipping Weight Connector model: 4 oz. 1.65" (42.0) Cable model: 9 oz. Metal Unshielded 2.13" (54.0) Metal Shielded LED Circuit Drawings EURO CONNECTOR MODELS Male view shown 1.85" (47.0) Metal Unshielded 2.91" 3 Wire DC N.O.
Recommended publications
  • Aurora Water Piney Creek Lift Station Improvements
    W DRAWINGS FOR W W W W W W W W AURORA WATER W W BE W BE W BE W BE W BE W LIFT W STATION PINEY CREEK BE W GENERATOR W BE W LIFT STATION W W W W W BE W IMPROVEMENTS 22464 EAST OTTAWA DRIVE AURORA, COLORADO 80016 AURORA PROJECT NO. 5167A GUN E-470 B&V PROJECT NO. 162731 CLUB ROAD SMOKEY HILL ROAD SMOKEY HILL ROAD SADDLE ROCK NORTH R E-470 STRATEGIC EASEMENTS 45.00' (7.84 AC.) REALTY PROPERTIES PONDEROSA (E-470) TRAIL Denver, Colorado ARAPAHOE SADDLE ROCK LIFT EAST TALLYN'S REACH NORTH SADDLE ROCK SOUTH STATION 2008 SITE CARMA ROAD Approved for One Year From This Date O REG D I S A T R M E . R O T U R N S L E K E R O D T C 41112 P E-470 R R E O E F Aurora City Engineer Date N E I S S G I EN ONA L LOCATION MAP Aurora Water Department Date SCALE: 1"=1000' APP CK AREA DESIGNATIONS BY ONE-LINE DIAGRAM LEGEND SCHEMATIC SYMBOLS ABBREVIATIONS THE SPECIAL AREA DESIGNATION BOXES, AS DEFINED BELOW, ARE LOCATED ON THE PLAN DRAWINGS TO DEFINE ELECTRICAL INSTALLATION REQUIREMENTS. NO. A AMBER, AMPERE, ALARM M MAGNETIC MOTOR STARTER DESIGNATION BOXES ARE LOCATED WITHIN ROOM OR BELOW ROOM NUMBER. ALL TRANSFORMER WITH PRIMARY AND SECONDARY WIRE CONNECTION POINT PRESSURE SWITCH AC ALTERNATING CURRENT MA MILLIAMPERE INDOOR AREAS NOT INDICATED OTHERWISE ARE AREA TYPE 1 AND MINIMUM VOLTAGE, AND KVA RATING AS NOTED P (OPENING ON RISING PRESSURE) ACB AIR CIRCUIT BREAKER MCB MAIN CIRCUIT BREAKER EXTERNAL CONNECTION POINT AF AMPERE FRAME MCC MOTOR CONTROL CENTER NEMA TYPE 1 ENCLOSURES.
    [Show full text]
  • Design and Prototyping of an Antenna-Coupled Cryotron
    Portland State University PDXScholar Dissertations and Theses Dissertations and Theses Spring 5-16-2014 Design and Prototyping of an Antenna-Coupled Cryotron Shauna Jensen Portland State University Follow this and additional works at: https://pdxscholar.library.pdx.edu/open_access_etds Part of the Power and Energy Commons Let us know how access to this document benefits ou.y Recommended Citation Jensen, Shauna, "Design and Prototyping of an Antenna-Coupled Cryotron" (2014). Dissertations and Theses. Paper 1788. https://doi.org/10.15760/etd.1787 This Thesis is brought to you for free and open access. It has been accepted for inclusion in Dissertations and Theses by an authorized administrator of PDXScholar. Please contact us if we can make this document more accessible: [email protected]. Design and Prototyping of an Antenna-Coupled Cryotron by Shauna Marie Jensen A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in Electrical and Computer Engineering Thesis Committee: Robert Bass, Chair Richard Campbell Branimir Pejcinovic Portland State University 2014 © 2014 Shauna Marie Jensen Abstract Grid-scale integration of renewable energy sources and smart grid devices has created new demands in flexible power conversion. State-of-the-art semiconductor power switches present limitations in power handling capability, as well as forward and reverse breakdown voltages. Superconducting materials are a viable alternative due to their robustness against high ampacities, large electric fields and abrupt changes in power flow. This work pays focus to material testing and apparatus design for an antenna-coupled cryotron (ACC), which is a superconducting power switch. Design, fabrication and testing are examined for a longitudinal resonant cavity, paired with monopole transmit and modified slot receive antennae.
    [Show full text]
  • Mixer 80/100/120 Cubic Foot
    MIXER 80/100/120 CUBIC FOOT MAINTENANCE/OPERATION CATALOG 466363F9902 JULY 1999 • US$250 World Headquarters 801 Johnson St. • Alpena, Michigan, 49707 • U.S.A. Phone (517) 354-4111 COMPANY NAME: .............................................................. SERIAL NUMBER: .............................................................. ASSEMBLY NUMBER: .............................................................. WIRING DIAGRAM NUMBER: .............................................................. INSTALLATION DRAWING NUMBER: ............................................................ Table of Contents 80/100/120 Cubic Foot 80/100/120 CUBIC FOOT TABLE OF CONTENTS LIST OF FIGURES . .v LIST OF TABLES . .vi NOTICE . .vi MIXER SPECIFICATIONS . .vii PRIMARY MIXER DIMENSIONS . .viii MIXER ELECTRICAL DATA . .ix 80 Cubic Foot . .x 100 Cubic Foot . .xii 120 Cubic Foot . .xiv SAFETY BULLETIN . .xvi SAFETY SIGNS . .xvii LIFTING POINTS . .xxi DECALS . .xxii SECTION 1 MIXER OVERVIEW 1.1 INFORMATION ABOUT THIS MANUAL . .1-1 1.2 ORGANIZATION OF THIS GUIDE . .1-1 1.3 TERMS AND ABBREVIATIONS . .1-1 1.4 SAFETY INFORMATION . .1-2 1.4.1 General Lockout for all Batching Controls . .1-2 1.4.2 Lockout and Tag Equipment which Presents a Hazard to Personnel Working on the Mixer . .1-2 1.4.3 Lockout and Tag Mixer . .1-2 1.5 DESCRIPTION OF MAJOR COMPONENTS . .1-3 1.5.1 Air-Operated Discharge Gate . .1-4 1.5.2 Circuit for Switching Contact Protection (Inductive Loads) . .1-6 1.5.3 Drive Shaft with Clutch* . .1-7 1.5.4 Gear Guard . .1-8 1.5.5 Pulley Guard . .1-8 1.5.6 Removable Head Section . .1-9 1.5.7 Enclosed Drum . .1-9 1.5.8 Cleaning Rings* . .1-9 1.5.9 Head Scrapers* . .1-9 1.5.10 Blade Shaft Covers* .
    [Show full text]
  • Chapter 7 TIMERS, COUNTERS and T/C APPLICATIONS
    Chapter 7 TIMERS, COUNTERS and T/C APPLICATIONS Introduction Timers and counters are discussed in the same chapter since most rules apply to both. Timers and counters have been in existence for as long as relays and provide an important component in the development of logic. Timers were constructed in the past as an add-on device to relays slowing down the transition of the plunger from immediately opening or closing. The time delay was accomplished with a pneumatic bladder that allowed the air to escape either quickly or slowly depending on the setting of the timer. Quick was usually less than a second and slow was usually between 30 and 60 seconds. Setting this kind of timer was an inexact science and today's traffic lights are an example of the fickle nature of timers that seldom respond in exactly the same from day to day and year to year. For the first time, function blocks are introduced in the rung output position or coil position to provide timer and counter functions. Function blocks allow inputs from the left and pass power through to the right when the function is done or when various conditions are met. Either the timer has timed out or the counter has counted to the preset. Function block usage differs from manufacturer to manufacturer. Function blocks rely on a standard format to enter information about the counter or timer. All variables in the function block must be entered correctly before the device will operate. Some timers are referred to as retentive. Retentive refers to the device’s ability to remember its exact status such that when the circuit is again activated, the timer continues from the previous point.
    [Show full text]
  • CITY of NORTH MIAMI Public Works Department Rehabilitation of Pump Station “A” Bid Set Contract IFB No. 55-20-21
    CITY OF NORTH MIAMI Public Works Department Rehabilitation of Pump Station “A” Bid Set Contract IFB No. 55-20-21 City of North Miami Public Works Department 776 NE 125th Street – 3rd Floor North Miami, Florida 33161 Prepared By: 800 Douglas Entrance Suite 200 Coral Gables, Florida 33134 Phone: (305) 718-4828 Date: June 2020 TABLE OF CONTENTS DIVISION 0 - BIDDING AND CONTRACT REQUIREMENTS TBD Notice to Bidders TBD Instructions to Bidders TBD Cone of Silence 00300 Proposal 00301 Proposal Bid Form TBD Approved Bid Bond 00495 Trench Safety Form TBD Contract TBD Performance Bond TBD Payment Bond TBD General Conditions TBD Supplementary General Conditions DIVISION 1 - GENERAL REQUIREMENTS 01010 Summary of Work 01015 Index of Drawings 01025 Measurement and Payment 01080 Abbreviations and Definitions 01090 Reference Standards 01110 Environmental Protection Procedures 01200 Project Meetings 01300 Submittals 01310 Construction Progress Schedules 01380 Construction Photographs 01400 Quality Assurance 01410 Contractor Health and Safety Plan 01500 Temporary Facilities 01530 Protection of Existing Facilities 01568 Erosion Control, Sedimentation and Containment of Construction Materials 01600 Control of Materials 01610 Delivery, Storage and Handling 01700 Contract Closeout 01710 Cleaning Up 01740 Warranties and Bonds DIVISION 2 - SITE WORK 02013 Connections to Existing Buried Pipelines 02050 Demolition and Alterations 02100 Site Preparation City of North Miami Pump Station “A” Rehab – 100% Submittal 00015-i Bid Set TABLE OF CONTENTS (Cont.) 02140 Dewatering
    [Show full text]
  • Application Notes & Glossary
    Application Notes Application Notes & Glossary& Glossary The Application Notes that follow are a collection of circuits utilizing products found in this catalog. These circuits illustrate possible uses in a variety of applications. It is strongly recommended that you contact our Technical Assistance Team (see below) before using any of this information. Application Notes Alternating & Duplexing Relays Alternating .......................................................................................................................13.3 Duplexing ........................................................................................................................13.3 Duplex Panel with Latching Pump Down Operation .......................................................13.3 Timer Replaces Expensive Float Switch .........................................................................13.4 Operation with Time Delay Installed ................................................................................13.4 Current Sensors Measuring Contamination with a Current Sensor ...........................................................13.5 Using Current Sensing to Detect a Failed Lamp .............................................................13.5 Sensing Failed HID Lighting ............................................................................................13.5 Feed Rate Control Using Sensing ...................................................................................13.6 Using Current Sensors for: Improved Part Counting, Counting
    [Show full text]
  • IEEE Std 3004.8™-2016 Recommended Practice for Motor Protection in Industrial and Commercial Power Systems IEEE Std 3004.8™-2016
    IEEE 3004 STANDARDS: PROTECTION & COORDINATION IEEE Std 3004.8™-2016 Recommended Practice for Motor Protection in Industrial and Commercial Power Systems IEEE Std 3004.8™-2016 IEEE Recommended Practice for Motor Protection in Industrial and Commercial Power Systems Sponsor Technical Books Coordinating Committee of the IEEE Industry Applications Society Approved 7 December 2016 IEEE-SA Standards Board Abstract: The protection of motors used in industrial and commercial power systems is covered. It is likely to be of greatest value to the power-oriented engineer with limited experience in the area of protection and control. It can also be an aid to all engineers responsible for the electrical design of industrial and commercial power systems. Keywords: coordination, IEEE 3004.8, induction motors, inverse-time overcurrent element, motor protection, motor protection relay, negative sequence characteristics, overcurrent protection, permanent magnet motors, relay protection, resistive temperature detector, rotors, rotor thermal protection, stators, stator thermal protection, synchronous motors, temperature detector voting, temperature sensors, thermal model overload protection, unbalanced protection The Institute of Electrical and Electronics Engineers, Inc. 3 Park Avenue, New York, NY 10016-5997, USA Copyright © 2017 by The Institute of Electrical and Electronics Engineers, Inc. All rights reserved. Published 15 May 2017. Printed in the United States of America. IEEE is a registered trademark in the U.S. Patent & Trademark Office, owned by The Institute of Electrical and Electronics Engineers, Incorporated. PDF: ISBN 978-1-5044-3608-3 STD22343 Print: ISBN 978-1-5044-3609-0 STDPD22343 IEEE prohibits discrimination, harassment, and bullying. For more information, visit http:// www .ieee .org/ web/ aboutus/ whatis/ policies/ p9 -26 .html.
    [Show full text]
  • Basic Motor Control
    Basic Motor Control Basic Motor Control Aaron Lee and Chad Flinn BCCAMPUS VICTORIA, B.C. Basic Motor Control by Aaron Lee and Chad Flinn is licensed under a Creative Commons Attribution 4.0 International License, except where otherwise noted. © 2020 Aaron Lee and Chad Flinn The CC licence permits you to retain, reuse, copy, redistribute, and revise this book—in whole or in part—for free providing the authors are attributed as follows: Basic Motor Control by Aaron Lee and Chad Flinn is used under a CC BY 4.0 Licence. If you redistribute all or part of this book, it is recommended the following statement be added to the copyright page so readers can access the original book at no cost: Download for free from the B.C. Open Textbook Collection. Sample APA-style citation: This textbook can be referenced. In APA citation style, it would appear as follows: Lee, A. & Flinn, C. (2020). Basic motor control. Victoria, B.C.: BCcampus. Retrieved from https://opentextbc.ca/basicmotorcontrol/ Cover image attribution: “Voltmeter Troubleshoot” by Aaron Lee and Chad Flinn is under a Creative Commons Attribution 4.0 International Licence. Ebook ISBN: 978-1-77420-075-9 Print ISBN: 978-1-77420-074-2 Visit BCcampus Open Education to learn about open education in British Columbia. This book was produced with Pressbooks (https://pressbooks.com) and rendered with Prince. Contents Accessibility Statement xi For Students: How to Access and Use this Textbook xiii About BCcampus Open Education 1 Part I. Terms and Definitions 1. Ohm’s Law and Watt’s Law 5 2.
    [Show full text]
  • Safety Switches Control Instruments Accessories Pullcord Trip Indication System Level Sensing Products Junction Boxes & Push Button Stations
    SAFETY SWITCHES CONTROL INSTRUMENTS ACCESSORIES PULLCORD TRIP INDICATION SYSTEM LEVEL SENSING PRODUCTS JUNCTION BOXES & PUSH BUTTON STATIONS rs of S Yea en 6 sin 2 g g & n i t C a r o n b t e l r o e l C www.protocontrol.com ABOUT US Introduction Protocontrol name is established in Indian industries as a leading supplier of safety switches and control instruments from last two decades with its quality products and efficient pre- sale and after sale support. Philosophy We believe in long term relations with customer hence word 'customer' appears first in our dictionary. New Developments We always strive for improvement in product, technology, material & method. Hence introduced many new concepts & applications to satisfy needs of customer. We are the first in India (even first in world) to offer Addressable Type Pull Cord Switch Technology -Trip Indicator. This concept is now adopted by all major conveyor manufacturers in India. We are the first who exported & commissioned this product on long conveyor. We successfully introduced Disc Type Chute Block Device for material handling plants.Protocontrol offers variety of safety and controlling instruments for use in material handling plants. These instruments find application in conveyor safety, speed and level monitoring. CONVEYOR SAFETY SWITCHES AND ACCESSORIES : l Pull Cord Switch l Belt Sway Switch l Heavy Duty Limit Switch l Zero Speed Switch / Electronic Speed Switch l Electronic Speed Switch with Extension Stand l Flameproof Safety Switches l Pull Cord Wire l Tying Clips, Hooks, Cable
    [Show full text]
  • AML51-F11W-Honeywell-Datasheet-8631859.Pdf
    Electrol Supply To Search please press Ctrl + F www.electrolsupply.com #1133 MINI LAMP Lighting #1156 MINI LAMP Lighting #1183 MINI LAMP Lighting #12 MINI LAMP Lighting #1208MB MINI LAMP Lighting #120MB MINI LAMP Lighting #120PSB MINI LAMP Lighting #137 MINI LAMP Lighting #15 MINI LAMP Lighting #1813 MINI LAMP Lighting #1815 MINI LAMP Lighting #1819 MINI LAMP Lighting #1820 MINI LAMP Lighting #1822 MINI LAMP Lighting #1835 MINI BULB Lighting #1847 MINI LAMP Lighting #1866 MINI LAMP Lighting #1876 PHOTO EXCITER BULB 3.5V Lighting #1891 MINI LAMP Lighting #194 MINI LAMP Lighting #234 EPOXYLITE VARNISH 2LB QUART KIT #267 MINI LAMP Lighting #313 MINI LAMP Lighting #386 MINI LAMP Lighting #387 MINI LAMP Lighting #428 MINI LAMP Lighting #44 MINI LAMP Lighting #51 MINI LAMP Lighting Page 1 Electrol Supply #605 MINI LAMP Lighting #622 MINIATURE BULB Lighting #624 MINI LAMP.. Lighting #755 MINI LAMP *** SEE ALSO #137 **** Lighting #756 MINI LAMP Lighting #757 MINI LAMP Lighting #85 MINI LAMP Lighting #86 MINI LAMP Lighting #90 MINI LAMP Lighting #915 MINI LAMP Lighting #921 MINI LAMP Lighting #927 MINI LAMP Lighting #949 MINI LAMP Lighting #967 MINI LAMP Lighting #KPR113 MINIATURE BULB Lighting #PR12 MINI LAMP Lighting 0010.014.12 RELAY 24VDC RB211-24VDC ENTRELEC 00220 PLUG IN BREAKER 20 AMP SQUARE D 00900003 TOGGLE SWITCH SPDT On-Off 1HP 20A McGill 01-262-025 PUSH BUTTON MAINTAINED ILLUMINATED EAO 01-901.9 RECTANGULAR LENS WHITE EAO 01-960.8 CLEAR INCANDESCENT SLIDE BASE EAO 01060 METER SIMPSON 01090 METER SIMPSON COUNTER VEEDER ROOT 115 VAC, 0120506-397 PANEL MOUNT, KEY RESET Veeder – Root TOGGLE SWITCH 2 POS.
    [Show full text]
  • Sequence of Operation Job No
    Sequence of Operation Job No. 0010 Doc No. 0010-INS-WSM-24-13-0001 WSM Biomass Handling System Rev No. D Sequence of Operation Biomass Plant Bale Handling System 1 Sequence of Operation Job No. 0010 Doc No. 0010-INS-WSM-24-13-0001 WSM Biomass Handling System Rev No. D Table of Contents CV-10401 Bale Infeed Tipple / CV-10402 Bulk Bale Infeed ...................................................................... 3 CV-10403 Bulk Bale Transfer ..................................................................................................................... 4 CV-10404 Speed-up Deck .......................................................................................................................... 5 BS-10405 Bale Hoist (BS-10105, BS-10205 & BS-10405) ........................................................................... 5 BS-10305 Bale Hoist .................................................................................................................................. 7 BS-10405 Bale Singulator ........................................................................................................................ 10 CV-10406 Moisture Transfer ................................................................................................................... 12 CV-10407 Weigh Belt Transfer ................................................................................................................ 13 CV-10408 Reject Transfer Section No.1 ..................................................................................................
    [Show full text]
  • “We Keep Your Conveyor Moving!”
    “We Keep Your Conveyor Moving!” BULLETIN PC-08 conveyor safety pc-stop switch cable operated conveyor safety pc-stop switch is the finest switch of its kind — rugged construction withstands the hardest usage. UL LISTED CERTIFIED ® MATERIAL CONTROL, INC. 197 POPLAR PL. • UNIT 3 P.O. BOX 308 NORTH AURORA, IL 60542-0308 800-926-0376 • 630-892-4274 • FAX 630-892-4931 WWW.MATERIALCONTROLINC.COM • EMAIL: [email protected] OPERATION INFORMATION: INSTALLATION INSTRUCTIONS A cable is connected from a fixed point to the cable end connection clevis. A pull on the cable with 1. Switch should be mounted on a a movement of approximately 1/2" will actuate the switch and trip the flag arm down, into the walk- flat surface using mounting holes way, and lock the switch and flag arm in the actuated position. Unit is reset by returning the flag provided. One fastener in each arm to the normal up position. end of mounting bar will be suffi- ACTUATION FORCE: cient. Standard unit is supplied with an actuation (pull) force of 16 lbs. We can supply (at no extra 2. Distance between switches should not exceed 200'. Use no charge) units factory set at 25 lbs. actuating force. The standard 16 lbs. actuation force will allow more than 100' of cable per the use of far more cable, per switch, than would ever be required (over 500 ft. of unsupported switch end. This is for safety pur- cable). poses, too much cable can result in a “long pull” situation due to OPTIONAL WARNING LIGHT: RED EPOXY slackness in the cable.
    [Show full text]