Measuring device to test completely installed insulated rail joints safely and contactless with direct resistance indication.

Slides:



Advertisements
Similar presentations
Electricity Chapter 13.
Advertisements

attract circuit When two objects are pulled together.
attract When two objects are pulled together circuit.
Unit 10 - Electricity.
Electricity & Magnetism Physical Science. Static Electricity Atoms are made of charged particles: – Electrons: orbit the nucleus of the atom and have.
Basic Elements of Electrical Circuits Resistor Inductor Capacitor Voltage source Current source.
Cutnell/Johnson Physics 8th edition
Copier Jam Detector Design Problem
Electrical Electricity Fuses Relays Solenoids Electrical Testing
Electricity Foundations of Physics. Electricity The movement of charge from one place to another Requires energy to move the charge Also requires conductors.
Current and Resistance
Series vs. Parallel Circuits Physics Mrs. Tobler.
SPH3U/SPH4C Findlay ELECTRIC CIRCUITS Students will: Solve problems involving current, charge and time. Solve problems relating potential difference to.
P5 – Electric Circuits. Static Electricity When two objects are rubbed together and become charged, electrons are transferred from one object to the other.
7.2.3 Student Book © 2005 Propane Education & Research CouncilPage Identifying Procedures for Measuring Resistance Between Two Given Points in.
5.2: Circuits, Ohm’s Law, Electrical Power 2/6/13.
10 pt 15 pt 20 pt 25 pt 5 pt 10 pt 15 pt 20 pt 25 pt 5 pt 10 pt 15 pt 20 pt 25 pt 5 pt 10 pt 15 pt 20 pt 25 pt 5 pt 10 pt 15 pt 20 pt 25 pt 5 pt.
7.1.3 Student Book © 2005 Propane Education & Research CouncilPage Applying a Systems Approach to Gas Appliance Troubleshooting Troubleshooting.
Practical Electricity
Series and Parallel Circuits Making Electricity Work for Us.
Section 2 Current. Voltage and Current Electrical Potential Energy: the ability to move an electrical charge from one point to another. Depends on position.
“Zip Zap”. Electrical Safety Charges What is a Circuit? An electric circuit consists of: –A source of electrical energy (battery or cell) –A user.
November 4, 2013 Topic: Electric Circuit Objectives:
35 Electric Circuits Electrons flow from the negative part of the battery through the wire to the side (or bottom) of the bulb through the filament inside.
My Book of Circuits Open ClosedSeries Parallel Short Name Class Period Date.
Halliday/Resnick/Walker Fundamentals of Physics
Magnetism Vocabulary Week 2.  S8P5b Electrical Circuits: Demonstrate the advantages and disadvantages of series and parallel circuits and how they transfer.
Series and Parallel Circuits. Series Circuits ► Are the simplest type of circuits. ► Series circuits – all the components (lamps, cells, switches, etc.)
Electricity and Magnetism. Electric charge A basic property of the tiny particles that make up matter.
LOOP TESTER CALIBRATION Using the 3200 Electrical Test Calibrator.
Auto turn off battery charger Auto turn off battery charger.
Electricity. What is Electricity? a form of energy resulting from the existence of charged particles (such as electrons or protons) either static as an.
Electrical Current & Circuits. Components of an electrical circuit Source of electrical energy (battery) A conductor of electrical energy (wire) Device.
Electricity and its characteristics…  Conventional Flow theory states that flow of electrons is from positive to negative.(Accepted in the transportation.
Electricity & Magnetism Static, Currents, Circuits Magnetic Fields & Electro Magnets Motors & Generators.
Objectives 1. Demonstrate the requirements for an electrical circuit that works. 2. Use a multimeter effectively to measure voltage and current in a simple.
Electrical Current & Circuits
Unit 3 Lesson 3 Electric Circuits
Notes: Electric Circuits
Current Electricity and Circuits
Intellectual Insulation Indicator «3i»
IP CAMERAS.
Open Parallel Closed Series Short My Book of Circuits.
Electric Current Electric current – The net movement of electric charges in a single direction through a wire or conductor. Voltage difference – The force.
Electrical Current & Circuits
ABB i-bus® KNX Valve Drive Actuator VAA/A
UNIT 5 ELECTRICITY AND MAGNETISM
Introducing Current Electricity
Quick help for fault location and reliable detection of defects
Warm Up Get a whiteboard and a marker
BC Science Connections 9
Electrical Current & Circuits
Series and Parallel Circuits
Electrical Current & Circuits
Unit 3 Lesson 3 Electric Circuits
Electric Energy Notes.
SERIES AND PARALLEL CIRCUITS
Series and parallel circuits
Customer Presentation
Copier Jam Detector Design Problem
20.2 Electric Current and Ohm’s Law
Electricity Test Review
Electrical Circuits.
Electrons in Circuits. Electrons in Circuits Parts of a circuit Battery Closed switch (allows electrons to flow) Open switch (impedes flow) Wire Resistor.
Quick help for fault location and reliable detection of defects
Vocabulary Week 2 Advanced Class You will need 11 Index Cards
Current electricity Ch. 34
Intro to Arduino Part 2 The Breadboard
Electrical Current & Circuits
Presentation transcript:

Measuring device to test completely installed insulated rail joints safely and contactless with direct resistance indication

No longer a non-defective joint will mistakenly be displayed as defective No more mistaken removal of faultless joints The SICO 2046 does not indicate a faulty joint with colored LEDs or dial pointers as older rail joint testers do, but it indicates the authentic resistance of the insulated rail joint It can store the measured results in the tester According to already existing insulated rail joint testers, the joint is defective when the displayed resistance is <10 Ohm

In comparison to older testers the Insulated Rail Joint Tester SICO 2046 offers an innovative solution providing true resistance measurements from insulated rail joints. The solution is a current measurement with a separate current sensor, which is wound around the rail joint. Only the current through the rail joint is measured. Parallel current paths close to the insulated joint won’t distort the current measurement. Thanks to its elaborate measuring principle the tester separates the current flow from external portions, e.g. current from the impedance bond, connecting line or ballast, and distinguishes between the actual resistance of the joint and parallel loads. The voltage is measured contactless, too; the resistance of only the rail joint is identified. Even in case of rail to rail short circuits the SICO 2046 displays a result of >50 Ohm, when the joint is not faulty.

The SICO 2046 displays a result of >50 Ohm even in case of parallel short circuits, when the joint is not faulty. Furthermore, bridged rail joints can easily be tested without the removal of connecting lines.

The user can easily simulate the measuring result with help of a test resistor. Always the result of the test resistor in Ohm is displayed.

The SICO 2046 can be operated at any type of signal plant and insulated rail joint.

Tester The tester is the main part of the system SICO 2046. It has a graphic display, which reports measuring results and instructions for the user in different languages. The robust plastic housing with its large keys ensures a convenient operation during all outdoor measurements. A display heating ensures the operation of the tester also at temperatures below -15 °C. To save energy the tester shuts itself down automatically after some minutes of inactivity.

Generator and C-sensor The generator supplies the measuring object with energy. It shuts itself down automatically after a few minutes of inactivity. The C-sensor provides the measuring system with the current result of the tested insulated rail joint.

V-sensor Bottom The V-sensor provides the measuring system with the voltage result of the tested insulated rail joint. It measures the voltage contactless. Magnets in the high insulating plastic film help to have a good permanent mechanical contact to the rail.

Accessory Protector for tester Charger for Lithium-Ion Cells type PA-LH201.K01.R001 SICO 5007 Transport case inside Transport case

Installation Quick installation: Place the V-sensor in the middle of the insulated rail joint, Loop generator and C-sensor around the rail, Connect V- and C-sensor with the tester and Switch on the tester. The measuring result is displayed immediately.

Installation of the C-sensor 1. Plug connection of C-sensor 4. Ready to operate C-sensor 2. Pull one end of the C-sensor under the rail 3. Plug together both ends of the C-sensor

Positioning the C-sensor Wrong Correct The C-sensor must be located before the next conductor branches off (view right picture above). The C-sensor shall only be bent around the rail or the joint (view right picture at the bottom) and must not include further conductors (view left picture at the bottom).

The direction in which the handles of the two coils are pointing is irrelevant for the measurement. They can either be placed on the rail head or pointing to the side (view pictures).

Test Resistor With help of the test resistor 33 Ohm the user can prove the correct display of the measuring result. Thus, the measuring result can be referred to a reliable reference.

Power Supply Empty battery box Battery box with inserted accumulator Li-Ion type PA-LH201.K01.R001 Battery box with 3 inserted cells AA Generator with inserted accumulator Li-Ion type PA-LH201.K01.R001 Tester with inserted cells AA

Technical Data Display 128 x 64 Pixel, illuminated Buttons Membrane keyboard, 6 buttons Resistance measuring range 0 Ohm … 50 Ohm (display >50 Ohm) Measuring frequency 28.6 kHz Operating temperature range -20°C … 55°C Power supply Tester 1 accumulator Li-Ion or 3 batteries / accus AA Power supply Generator 1 accumulator Li-Ion or 3 batteries / accus AA Protection degree Tester IP54 Protection class II Dimensions transport case 420 x 320 x 160 mm Weight (device and transport case) 6 kg

Thank you for your attention! Signal Concept GmbH Suedring 11 04416 Markkleeberg GERMANY Phone: +49 (0)34297 143925 Fax: +49 (0)34297 143913 Email: info@signalconcept.de www.signalconcept.de © Signal Concept GmbH 2014