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Guide for Identifying Mercury Switches/Thermostats in Common Appliances
Guide for Identifying Mercury Switches/Thermostats in Common Appliances Prepared by: Jim Giordani, Burlington Board of Health, Revised 12/27/00 Contact Todd Dresser for Further information at (781) 270-1956 - 1 - Guide for Identifying Mercury Switches/Thermostats In Common Appliances This reference contains guidance for responding to a mercury spill, and how to recycle mercury bearing products. This document also contains specific recommendations for the following types of products: batteries, fluorescent lights, high intensity discharge lamps (HID) lamps, ballasts, thermostats, switches, float switches, sump pumps, silent light switches, washing machines, tilt switches, freezers, flow meters, manometers, barometers, vacuum gauges, flame sensors on gas appliances, rubber flooring containing mercury, and mercury accumulation in sanitary drains. This reference also contains a general checklist of products found to routinely contain mercury. Mercury is a dangerous element in the environment today. It can cause serious health problems such as neurological and kidney damage. Mercury is found in many products that end up in landfills and incinerators allowing the mercury to re-enter the environment and pollute drinking water and contaminate the food chain. The following information is a helpful guide to identify products that contain mercury switches and thermostats. This guide describes where mercury switches and thermostats are located and how to remove and dispose of these properly. Mercury bearing articles should not be thrown in the trash, and serious care should be taken when dealing with this element. Safe Disposal · Store mercury thermostats and switches in a suitable sturdy, sealed container. A five gallon plastic bucket with a lid may work. · Each container must be labeled "Mercury Thermostats or Switches/Universal Waste." · Be careful to keep the devices from breaking and releasing mercury into the environment. -
Alarm Systems 2016
v1.0.1 ALARM SYSTEMS 2016 EFFECTIVE PRICES SINCE FEBRUARY 2ND, 2016 INDEX 2016 GENERAL SALES TERMS 3 2.3 ACOUSTIC DETECTORS 28 Wired Glass Break Acoustic Detectors 28 1 CONTROL PANELS 6 Wireless Glass Break Acoustic Detectors 28 2.4 VIBRATION SENSORS 29 1.1 ALARM SYSTEMS KITS 7 Vibration Sensors for Impacts/Shocks Detection 29 Grade 2 Wired Alarm Systems Kits 7 Wired Vibration/Seismic Sensor 29 Grade 3 Wired Alarm Systems Kits 7 Accesories and Options 30 Wireless Alarm Systems Kits 7 Wireless Vibration/Seismic Sensor 30 Hybrid Alarm Systems Kits 8 2.5 MAGNETIC CONTACTS 31 1.2 ALARM CONTROL PANELS 9 Grade 2 & 3 Surface Mount Contacts 31 Grade 2 Hybrid Control Panels 9 Grade 2 & 3 Recessed-Mounted Contacts 33 Wired Multiplexed Control Panels 9 High Security Magnetic Contacts 34 Grade 3 Wired Control Panels 9 Wireless Magnetic Contacts 35 1.3 KEYPADS FOR ALARM CONTROL PANELS 11 2.6 IR PERIMETER BARRIER 36 Grade 2 and 3 Keypads 11 Outdoor IR Perimeter Barrier 36 Wireless Keypads 12 Accesories and Options 38 Outdoor IR Barrier Columns 39 1.4 GRADE 2 AND 3 COMMUNICATION MODULES 13 Accesories and Options 39 Grade 2 and 3 Transmission Modules for Alarm Control Panels 13 Outdoor Microwave Barriers 39 Accesories and Options 15 Wireless Transmission Modules for Alarm Control Panels 15 Grade 2 and 3 Expansion Modules for Alarm Control Panels 15 3 PANIC BUTTONS 41 Accesories and Options 17 Wireless Expansion Modules for Alarm Control Panels 17 3.1 PANIC BUTTON 42 Accesories and Options 17 Wired Panic Button 42 Wireless Panic Button 43 2 DETECTION DEVICES -
Looking at the Bottom of the Relay. 4 Way -- Emergency Flasher Diagram
Supplemental Wiring Information 4 Way -- Emergency Flasher Diagram The relays must be internally configured like Looking Bosch Part Number at the 30 3320015006 bottom 87A A source for this relay is the 700 of the series Volvo, most wrecking yards relay. 85 86 charge $1-$3 for a used relay. Easy 87 ID is that Volvo prints a "K" on top of the relay. 1. Run a 14 Gage wire from a fused constant hot terminal on the fuse panel to one terminal of a toggle or push/pull switch, continue on that same wire to a flasher unit and then to terminal 30 on the relay.. 2. From the other terminal of the switch, run 14 gage wire to terminal 85 on the relay. 3. Run a Black 14 gage wire from terminal 86 on the relay to a good ground. 4. Relay terminals 87 & 87A are the output terminals and must be spliced into the existing directional signal wiring, example: wire from relay terminal 87 is spliced into the left signal wires and wire from 87A into the right signal wires. The exact place to splice into the existing system may vary depending on the configuration of the existing wiring harness. Usually the easiest is where the signal wires come out of the steering column. In order for the Brake Light and Signal lights to share the same bulbs, it is necessary to isolate the the front signal lights from the rear. This is why the Turn Signal Switch has 6 wires (See below). Since I do not have an original wiring harness in my 56 Fairlane, a little trial and error may be required to determine where to splice in the wires from the relay. -
Electric Switches; Relays; Selectors
H01H CPC COOPERATIVE PATENT CLASSIFICATION H ELECTRICITY (NOTE omitted) H01 BASIC ELECTRIC ELEMENTS (NOTES omitted) H01H ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES (contact cables H01B 7/10; electrolytic self-interrupters H01G 9/18; emergency protective circuit arrangements H02H; switching by electronic means without contact-making H03K 17/00) NOTES 1. This subclass covers (in groups H01H 69/00 - H01H 87/00) devices for the protection of electric lines or electric machines or apparatus in the event of undesired change from normal electric working conditions, the electrical condition serving directly as the input to the device. 2. This subclass does not cover bases, casings, or covers accommodating two or more switching devices or for accommodating a switching device as well as another electric component, e.g. bus-bar, line connector. Those bases, casings or covers are covered by group H02B 1/26. 3. In this subclass, the following terms or expressions are used with the meanings indicated : • "relay" means a switching device having contacts which are operated from electric inputs which supply, directly or indirectly, all the mechanical energy necessary to cause both the closure and the opening of the contacts; • "driving mechanism" refers to the means by which an operating force applied to the switch is transmitted to the moving contact or contacts; • "operating" is used in a broader sense than "actuating" which is reserved for those parts not touched by hand to effect switching; • "acting" or "action" means a self-induced movement of parts at one stage of the switching. These connotations apply to all parts of the verbs "to operate", "to actuate" and "to act" and to words derived therefrom, e.g. -
Switch Contents
Switch Contents 1 Switch 1 1.1 Description .............................................. 1 1.2 Contacts ................................................ 2 1.2.1 Contact terminology ..................................... 2 1.2.2 Contact bounce ........................................ 3 1.2.3 Arcs and quenching ...................................... 3 1.2.4 Power switching ....................................... 3 1.2.5 Inductive loads ........................................ 4 1.2.6 Incandescent loads ...................................... 4 1.2.7 Wetting current ........................................ 4 1.3 Actuator ................................................ 4 1.3.1 Biased switches ........................................ 4 1.3.2 Rotary switch ......................................... 4 1.3.3 Toggle switch ......................................... 5 1.4 Special types .............................................. 6 1.4.1 Mercury tilt switch ...................................... 6 1.4.2 Knife switch .......................................... 6 1.4.3 Footswitch .......................................... 6 1.4.4 Reversing switch ....................................... 7 1.5 Light switches ............................................. 7 1.6 Electronic switches .......................................... 7 1.7 Other switches ............................................. 7 1.8 See also ................................................ 8 1.9 References .............................................. 8 1.10 External links ............................................ -
Switch Wikipedia, the Free Encyclopedia Switch from Wikipedia, the Free Encyclopedia
2/24/2016 Switch Wikipedia, the free encyclopedia Switch From Wikipedia, the free encyclopedia In electrical engineering, a switch is an electrical component that can break an electrical circuit, interrupting the current or diverting it from one conductor to another.[1][2] The mechanism of a switch may be operated directly by a human operator to control a circuit (for example, a light switch or a keyboard button), may be operated by a moving object such as a dooroperated switch, or may be operated by some sensing element for pressure, temperature or flow. A relay is a switch that is operated by electricity. Switches are made to handle a wide range of voltages and currents; very large switches may be used to isolate highvoltage circuits in electrical substations. Electrical switches. Top, left to right: circuit breaker, mercury switch, wafer switch, DIP switch, Contents surface mount switch, reed switch. Bottom, left to right: wall switch (U.S. style), miniature toggle switch, in‑line switch, pushbutton switch, rocker 1 Description switch, microswitch. 2 Contacts 2.1 Contact terminology 2.2 Contact bounce 2.3 Arcs and quenching 2.4 Power switching 2.5 Inductive loads 2.6 Incandescent loads 2.7 Wetting current 3 Actuator 3.1 Biased switches 3.2 Rotary switch 3.3 Toggle switch https://en.wi4kipeSdipa.oercg/iwailk i/tSywpitechs#Contact_terminology 1/13 2/24/2016 Switch Wikipedia, the free encyclopedia 4 Special types 4.1 Mercury tilt switch 4.2 Knife switch 4.3 Footswitch 4.4 Reversing switch 5 Light switches 6 Electronic switches 7 Other switches 8 See also 9 References 10 External links Description The most familiar form of switch is a manually operated electromechanical device with one or more sets of electrical contacts, which are connected to external circuits.