Opus OK / Genie NKF1 Kitchen Extract Unit Installation and Maintenance
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SWEETA Catalog 2019
Index About Us Established in 1995, SWEETA is a professional manufacturer of all kinds of Metal Push Button Switch 01 switches, AC sockets, as well as circuit breakers. Most of our products have been certified to meet international safety standards such as RoHS, UL, CSA, Navigation Switch 02 ENEC, VDE and others. We are continuously developing new products to catch up with the Rocker/Mini Rocker Switch & Toggle/Mini Toggle Switch 03 ever-changing market demands. We do accept OEM projects. Excellent quality products, competitive prices, prompt delivery and royal service are guaranteed. At present, we are extending our business to Europe, US, Asia, Push Button Switch & Mini Push Switch 04 Far East countries. Micro/Mini Micro Switch & Hook Switch 05 Tact Switch (Illuminated) & Cap 06 DC Slide Switch & DC Connecter (DC JACK/USB/RJ45/CCTV) 07 Quality Policy DIP & Digital & Rotary & Key Switch 08 To customer service policy Illuminate Push Button Switch & Indicator Light 09 We regard the customer satisfaction as our pride and honor. Sensor & Detector & Reed Switch 10 Comprehensive Quality Control Our strict and comprehensive QC process guarantees the most reliable AC Socket & EMI Filter 11 products. Receptacle & Plug Adapter 12 High Standards Be it in the process of material selection or during product manufacturing, Circuit Breaker & Fuse & Fuse Holder & Thermostat 13 we are doing it with unremitting innovation and improvement in order to achieve the highest international standards. AC Power Cord 14 Terminal Block 15 Please contact with us for more information. Metal Push Button Switch Navigation Switch Metal Push Button Switch Navigation Switch SPECIFICATION: SPECIFICATION: Rating: 3A 250V AC/5A 250V AC/10A 250V AC Switch Circuit: SP5T 0.2A 36V DC/3A 36V DC Current Rating: 50mA Mounting Hole: Ø8~40 mm Voltage Rating: 12VDC Operating Temperature: -20 °C ~ +55 °C Contact Resistance: 100mΩ Max. -
Schmersal Protect Safety Controllers
GK-2 CATALOG-HANDBOOK FIFTH EDITION FOR MONITORING & CONTROL OF MACHINE GUARDING SAFETY SYSTEMS USING: . Safety Interlock Switches . Safety Limit Switches . Safety Light Curtains . E-Stop Pushbuttons . Cable-Pull Switches . Two-Hand Controls . Safety Mats . Safety Edges . Signals for Safe Speeds and Standstill Monitoring Safety Controllers Courtesy of Steven Engineering, Inc. - (800) 258-9200 - [email protected] - www.stevenengineering.com Schmersal Safety Controllers What are Safety Controllers? Safety controllers are connected between machine guarding devices such as keyed interlocks, non-contact sensors, light curtains, etc. and the machine’s stop control elements such as a motor contactor or control relay. These controllers contain redundant, self-checking monitoring circuits and positive-guided relays and/or solid state outputs. Each is designed to detect faults in the safety system’s components and interconnection wiring, and their own internal monitoring circuits and output. Detection of a fault, or of an open machine guard, disables the controller’s output signal(s) facilitating machine stoppage, and/or prevents the restarting of the machine until the fault has been corrected. Units are available for use with guard interlock switches, coded-magnet sensors, safety edges, two-hand controls, light curtains, E-stops and emergency cable-pull switches to satisfy a broad range of application requirements. What are their functions? In addition to detecting open guards and/or actuated safety input devices, safety controllers are capable of detecting the following types of safety system faults: guard monitoring switch/sensor failure, “open-circuit” in interconnection wiring, “short-circuit” in interconnection wiring, “short-to-ground” in interconnection wiring, “cross-short” between channels, welded contact in controlled output device (such as positive-guided motor contactor), failure of safety controller’s positive-guided relay(s), fault in safety system monitoring circuit, and insufficient operating voltage. -
Transportation Applications Transport Your Business to a Better Place: Leading the Race
Product Range Guide Transportation Applications Transport your business to a better place: leading the race. Honeywell is committed to providing the right product for your application. Whether you need a standard product or a highly customized solution, our sales and engineering teams have decades of experience in the Transportation industry. We understand your applications and work diligently to ensure we provide a solution that optimally meets your technical and financial needs. Our unique combination of a broad product portfolio, deep technical capabilities and extensive application experience culminates into a powerful ability to meet your design needs. Table of Contents Introduction ................................... 2-3 Transportation product applications .......... 4-5 Speed and Direction Sensors ....................6 SMART Position Sensors .........................7 Non-contact Hall-effect Sensors & Pots .........8 Hall-Effect & Magnetoresistive Sensors. 9 Pressure and Vacuum Switches .............10-11 Board-Mount & Heavy-Duty Transducers ...12-13 Packaged Temperature Probes ..............14-15 Key and Rotary Switches ....................... 16 Shifters ........................................ 16 Push-Pull/eStop Switches ..................... 17 Hour Meters ................................... 17 MICRO SWITCH Toggle Switches .............. 18 MICRO SWITCH Basic Switches ................ 19 MICRO SWITCH Limit Switches .............20-21 Magnetoresistive Sensor ICs ................... 22 Hall-effect Digital/Linear Sensor ICs .......... -
Addressable Fire Alarm Control Panel Installation and Operation Manual
6700 Addressable Fire Alarm Control Panel Installation and Operation Manual Document LS10148-001SK-E Rev:C 09/28/2017 ECN: 17-0555 Fire Alarm & Emergency Communication System Limitations While a life safety system may lower insurance rates, it is not a substitute for life and property insurance! An automatic fire alarm system—typically made up of smoke Heat detectors do not sense particles of combustion and alarm detectors, heat detectors, manual pull stations, audible warning only when heat on their sensors increases at a predetermined rate devices, and a fire alarm control panel (FACP) with remote notifica- or reaches a predetermined level. Rate-of-rise heat detectors may tion capability—can provide early warning of a developing fire. be subject to reduced sensitivity over time. For this reason, the Such a system, however, does not assure protection against prop- rate-of-rise feature of each detector should be tested at least once erty damage or loss of life resulting from a fire. per year by a qualified fire protection specialist. Heat detectors are An emergency communication system—typically made up of an designed to protect property, not life. automatic fire alarm system (as described above) and a life safety IMPORTANT! Smoke detectors must be installed in the same communication system that may include an autonomous control room as the control panel and in rooms used by the system for the unit (ACU), local operating console (LOC), voice communication, connection of alarm transmission wiring, communications, signal- and other various inter-operable communication methods—can ing, and/or power. If detectors are not so located, a developing fire broadcast a mass notification message. -
EMF-2 / EMF-2M Multi-Function Timer
EMF-2 / EMF-2m Multi-Function Timer 5502 Timberlea Blvd., Mississauga, ON L4W 2T7 Telephone: 905-366-3377 Fax: 905-366-3378 Installation Instructions Toll-Free: 1-877-226-3369 Ver. A1-001 Web: www.camdencontrols.com MADE IN CANADA PAGE 1 OF 19 Section 1__________________ General Description Wiring Wiring of this unit is dependant on the mode desired. Camden model EMF-2 (EMF-2m or EMF-2ABM) is a microprocessor controlled multi-function relay. This Select your intended application, then proceed to the section indicated. all-in-one design replaces our previous models EMF-1, EMF-1m or EMF-1ABM. Note: Do not wire Safety devices to the EMF-2. If The EMF-2 is designed for specialized applications installed, wire your safety device directly to the operator control box. such as ABM vestibules, one or two-door restrooms in shared-use facilities, 2 – 5 door airlocks, and IMPORTANT: Changes to the Mode and Out2 secure man-traps. do not take effect until a power reset. It is therefore Dip switches let you easily choose the mode, and the best to make these adjustments with the power unit automatically programs the inputs, outputs and turned off! potentiometers accordingly. NOTE: We highly recommend the use of a Removable terminal strips simplify wiring chores, and regulated power supply when powering equipment for all adjustments are conveniently located on one end barrier-free washroom applications where the strike power may be maintained from a few minutes to of the case. many hours. We offer a low-cost board-only IMPORTANT: Do not apply power to the unit until regulated power supply - CX-PS13 V2, which in turn you have read the instructions fully and made the can be powered from a small 24VAC transformer, (or required adjustments. -
4 Switches and Circuit Protection
ELECTRICS 4 Switches and Circuit Protection The ability to control circuits is achieved position to make a circuit. A ’two-position’ is mainly by switches and relays. set either open or closed. A ‘three-position’ has one ‘off’ and two ‘on’ positions and can Circuit protection devices are located also be called a ‘selector switch’. accessible for replacement or resetting, and as close to a power distribution point as possible so as to achieve the minimum of unprotected cable. These protection devices Single pole, are covered in the last part of this chapter. single throw SPST 4.1 Switches Essentially a switch employs two contacting surfaces which are insulated from each other and can be brought together by a movable Double pole, connecting link. This link is called a ‘pole’ single throw and if it allows one circuit to be completed DPST the switch is called a ‘single-pole, single- throw’ switch. If two circuits can be made (not simultaneously) by movement of the single pole then the switch is called a ‘single- Single pole, pole, double throw’ switch. Two poles which double throw can each complete one circuit simultaneously SPDT is known as a ‘double-pole, single throw’ switch. This nomenclature can obviously be extended to ‘double -pole, double throw’ and further as fig. EL 4.1 indicates. Switches are also grouped by the number of positions Double pole, they have. double throw DPDT ‘Single-position’, ‘two-position’ and ‘three- position’ switches are common. A ‘single- Fig. EL 4.1 Various switch types, their circuit symbols position’ switch is usually spring loaded to one position and is held at the second Switches and Circuit Protection 4-1 ELECTRICS Various common types of switches are listed further on. -
August •1957 SAN JOSE Achilton P Hikation the Complete Job with Heavy-Duty Discaps...At No Added Cost!
Mar SAN RAFAEL RICHMOND ".0", •••••' -ye . SAN MATEO REDWOOD CITY LO ALTO STANFOW UN:7E1151r Met August •1957 SAN JOSE AChilton P_ hikation the complete job with heavy-duty discaps...at no added cost! / / / / / I RMC Type B DISCAPS are rated at 1000 V.D.C.W. and are offered at no extra cost over I lighter constructed by-pass ceramic capacitors. I They are ideal for any application where a steady or intermittent high voltage occurs and are available I in capacities between .00015 and .02 MFD. Type B DISCAPS exhibit a minimum capacity change between +10° C and +65° C. Write on your company letterhead for complete information on RMC DISCAPS. \ \ / DISCAP RADIO MATERIALS CORPORATION CERAMIC GENERAL OFFICE: 3325 N. California Ave., Chicago 18, III. CAPACITORS Two RMC Plants Devoted Exclusively to Ceramic Capacitors FACTORIES AT CHICAGO, ILL. AND ATTICA, IND. Circle 1 on Inquiry Card, page 109 The "4-Layer Diode" 58 Nobel prize win- ELECTRONIC ner Dr. William Shockley de- scribes his latest INDUSTRIES development, the & TELE -TECH "Four-Layer Di- ode," a unique bistable semicon- Vol. 16, No. 8 August, '1957 ductor. MONTHLY NEWS ROUND-UP Radarscope: What's Ahead for the Electronic Industries 2 Which P-C Board? 72 As We Go To Press 5 In choosing base Coming Events 11 materialsfor TOTALS: Late Marketing Statistics 12 printed capaci- Electronic Industries' News Briefs 16 tors, dissipation Washington News Letter 84 factor and loss New Western Technical Data 118 factor must be New Tech Data for Engineers 122 considered in ad- dition to conven- The Electronic Industries As Viewed By Western Leaders... -
Controllers & Sensors
Controllers & Sensors Ecotronic Controller Surface T-Series® Controller Surface TimeSpan® Controller Mounting Mounting Adjustable timer with overrun facility for fans An electronic controller for use with all A single unit controller for use with all Traditional ventilating WCs and other small rooms. Traditional T-Series and Standard Range T-Series ventilating units. With knockouts for models to give extract/intake and speed recessed wiring. Where a controller is used For use with any Vent-Axia fan within maximum variation. For groups of units of any one with T-Series, 5-core flexible cable is required. rating below. The fan is switched On with the size up to a total of 400 Watts. Do not mix light and keeps running for a pre-set period T-Series with Standard Range. Where a • 3-speed operation. High, medium or after the light is switched Off. controller is used with T-Series, 5-core flexible low. cable is required. • Finger-tip sliders. • Fits to any single gang box. • Double pole On/Off switching. • Adjustable time delay 5-25 minutes. • ‘E’ running position for optimum • Extract/intake airflow direction. • Ambient operating temperature range efficiency. • Sensor mode for use with suitable 0°C to + 40°C. • Finger-tip sliders. electromechanical switches, eg. • Maximum load 250W inductive. • Infinitely variable speed control. ThermoSwitch, HumidiSwitch to give • BEAB approved. • Double pole On/Off switching. automatic fan operation. • Dimensions: • Extract/intake airflow direction. • Unique shutter open/ fan Off setting. 87 x 87 x 33mm (H x W x D). • Neon indicator. • Neon indicator. • Supply voltage 220-240V/1/50Hz. -
Cole Hersee Co
® Cole Hersee Co. HEAVY DUTY CATALOG D-400 OBSOLETE FOR REFERENCE ONLY Manufacturers of DC electrical and electronic switches and connectors for the vehicle industry ® Heavy duty electrical products. On the road, off the road, on the job. Construction & Off-Road • Skidsteer Loaders • Graders • Backhoes • Cement Mixer • Pavers Trucks • Rollers • Excavators • Bulldozers • Compactors Emergency Vehicles • Ambulances • Police Vehicles • Fire Apparatus • Emergency • Resuce Equipment Vehicles Factory & Airport Vehicles • Runway Trucks • Forklifts • People Carriers • Scissorlifts • Foam Trucks • Gensets • Baggage Handlers OBSOLETE FOR REFERENCE ONLY Buses and RVs • Motor Homes • RVs • Motorcoaches • School Buses • Buses • Tourist Trolleys Cole Hersee Co. 20 Old Colony Ave, Boston, MA 02127-2467 colehersee.com Street Trucks • Postal Vehicles • Street Sweepers • Utility Company • Garbage Trucks Trucks • Dumpster Trucks • Bucket Trucks • Snowplows • Delivery Trucks Groundskeeping • Golf Carts • Ditch Diggers • Service Carts • Edgers • Mowers • ATVs Cranes of all kinds • Crawler Cranes • Rigging Vehicles • Cherrypickers • Boom Cranes • Aerial Lifts and • Tower Cranes Platforms • Truck Cranes OBSOLETE FOR www.colehersee.comREFERENCE ONLY Agriculture, Forestry & Mining • Harvesters • Balers • Combines • Tractors • Swathers & Windrowers • Grapple Skidders • Feed Conveyors • Screen Plants Cole Hersee Co. 20 Old Colony Ave, Boston, MA 02127-2467 colehersee.com table of contents Section Page A VEHICLE CONNECTORS Tractor-Trailer Connectors A1 1 1-6 Pole -
Instruction Manual Projects 1
SC_STEM1_manual_PRINT.qxp_Layout 1 7/13/17 4:40 PM Page 1 Instruction Manual AGES 8-108 Projects 1 - 93 Project 3 Copyright © 2017 by Elenco® Electronics, Inc. All rights reserved. No part of this book shall be reproduced by 753136 any means; electronic, photocopying, or otherwise without written permission from the publisher. U.S. Patents: 7,144,255; 7,273,377, & patents pending SC_STEM1_manual_PRINT.qxp_Layout 1 7/13/17 4:40 PM Page 2 Table of Contents Basic Troubleshooting 1 DOs and DON’Ts of Building Circuits 10 Parts List 2 Advanced Troubleshooting 11 How to Use It 3 Project Listings 12 Assembling the Build-Your-Own Electromagnet 4 Projects 1 - 93 13 - 74 Guidelines for Use in Classrooms & Home School 4 Test Your Knowledge 75 About Your Snap Circuits® Parts 5-8 Other Snap Circuits® Projects 76 Introduction to Electricity 9 Block Layout Back Cover Conforms to all applicable U.S. WARNING: SHOCK HAZARD - Never connect Snap WARNING: CHOKING HAZARD - government requirements and ® Circuits to the electrical outlets in your home in any way! ! Small parts. Not for children under 3 years. CAN ICES-3 (B)/NMB-3 (B). WARNING: Moving parts. Do not touch the fan while it is spinning. WARNING: Always check your wiring the experiment’s suitability for the ! before turning on a circuit. Never leave child). Make sure your child reads and a circuit unattended while the batteries follows all of the relevant instructions are installed. Never connect additional and safety procedures, and keeps them Basic Troubleshooting batteries or any other power sources to at hand for reference. -
Lighting Plan Symbols
t AIBC t ect AIBC ect s . This office . This informed shall be Thinkspace CopyrightReserved and cannot be used or reproduced without without usedreproduced be or cannot and LIGHTING PLAN SYMBOLS POWER PLAN SYMBOLS GENERAL SYMBOLS SCHEMATIC SYMBOLS ABBREVIATIONS a , of: partnership SURFACE OR SUSPENDED MOUNTED LUMINAIRE, 305x1220mm (1'x4') DUPLEX 5-15R RECEPTACLE # # # NOTE REFERENCE DRAW OUT LOW VOLTAGE CIRCUIT BREAKER AFF ABOVE FINISHED FLOOR DUPLEX 5-15R SWITCHED RECEPTACLE # # LOW VOLTAGE CIRCUIT BREAKER AFG ABOVE FINISHED GRADE # # EQUIPMENT REFERENCE of any variations from the information shown on thi on shown of any variations from the information Doscale drawings. drawing. not Thinkspace Hoffart, AIBCRon Architect Mark Archit Mathiasen, Dust, AIBC Architec Architect Todd Henk Kampman, SURFACE OR SUSPENDED MOUNTED, 610x1220mm (2'x4') design and are plan This the exclusive property of Thinkspace Architecture, Planning, Interior Design (Thinkspace) of consent written GFI DUPLEX 5-15R RECEPTACLE C/W INTEGRAL GFCI PROTECTION HIGH VOLTAGE CIRCUIT BREAKER BMS BUILDING MANAGEMENT SYSTEM # REVISION NUMBER SURFACE OR SUSPENDED MOUNTED LUMINAIRE, 610x610mm (2'x2') DUPLEX 5-20R RECEPTACLE, T-SLOT DRAW OUT HIGH VOLTAGE CIRCUIT BREAKER CC CRASH CART T ## WIRING HOME RUN I RECESSED LUMINAIRE, 305x1220mm (1'x4') DUPLEX 5-20R SWITCHED RECEPTACLE CP CODE PINK N LOAD BREAK SWITCH M O R I E T W P SINGLE 5-20R RECEPTACLE DISCONNECT SWITCH CW CODE WHITE A RECESSED LUMINAIRE, 610x1220mm (2'x4') E I 06/06/17 G N I V N E I SPLIT CIRCUIT DUPLEX 5-15R RECEPTACLE -
Switch It! Instructional Design Document
Switch It! Design Document Anna Evmenova Emily McKeough EDIT 705 Fall 2005 George Mason University Switch It! Team 5 Design Document Table of Content Introduction…………………………………………………………………….2 I. Problem Identification and Instructional Goal…………………………………3 II. Needs Assessment………………………………………………………………5 i. Introduction 5 ii. Methodology for Gathering Data 6 iii. Interpretation of Data 13 iv. Conclusions and Training Recommendations 15 III. Learner Analysis………………………………………………………………..16 i. Introduction 16 ii. Methodology of Gathering Data 17 iii. Collected Data on the Audience 18 iv. Audience Characteristics 19 IV. Task Analysis…………………………………………………………………...20 i. Introduction 20 ii. Representation of Steps to Complete Task/Instruction 21 iii. Outline of One Specific Task 22 V. Instructional Objectives…………………………………………………………24 i. Introduction 24 ii. Terminal Learning Objectives and Specific Enabling Objectives to be shown in the Prototype 25 VI. Instructional Approach………………………………………………………….26 i. Introduction 26 ii. Organization of Instruction 27 iii. Delivery Strategy 28 iv. Sequencing 29 v. Instructional Strategies 30 vi. Messaging 33 VII. Formative and Summative Evaluation………………………………………….35 i. Introduction 35 ii. Evaluation Plan (formative, summative, confirmative evaluations, Kilpatrick’s levels of evaluations) 36 iii. Relationship Between Evaluation and Objectives 39 iv. Sample of Test Items 40 VIII. Appendix A …………………………………………………………………….48 Glossary IX. Appendix B……………………………………………………………………...49 Surveys and Interview Questions X. Appendix C……………………………………………………………………...53