Circuit Analyzer

This dedicated automotive circuit tester is a must for any professional or home garage. Test for shorts, earth and open circuits on 6 and 12V automotive electrical systems using the super sharp tempered steel probe to test through wire insulation. The 1m lead length allows you to get in the middle of things without stretching.'''

The ATOZSHOP11 DIY Crafts 11 DC 6V 12V 24V Auto Vehicle Gauge Light Light Lamp Voltage Test Pen Detector Copper Tester from ATOZSHOP11. This crafted power tool accessory is an premium addition to your toolkit, offering versatile operation and a durable range of applications. Engineered for effortless performance, it’s built to handle the most demanding tasks with ease. The ATOZSHOP11 DIY Crafts 11 DC 6V 12V 24V Auto Vehicle Gauge Light Light Lamp Voltage Test Pen Detector Copper Tester stands out with its solution design, ensuring a precision-engineered user experience. Whether you’re a professional tradesperson or a dedicated DIYer, this tool provides the reliability and precision you need to achieve professional-grade results every time. Simplify your workflow and enhance your efficiency with a tool designed to exceed expectations.

Self Diagnosis
Identifies Unknown model number of Devices
Measures more than 2000 kinds of devices
Tests 54 / 74 series TTL
Tests 4000 and 4500 series CMOS
40 Pin capability
Control: 16 key tact switch keypad with dual tone sound indication
Test Socket: 40 pin ZIF Socket
Library of ICs: TTL54 Series
It is used to test TTL55 Series, TTL74 Series, TTL75 Series, CMOS14 Series, CMOS40 Series, Optical Coupler Series, LED Display Series, RAM Series, SCM Series, CPU Peripheral Series
This Item is Non-Returnable

Socket Polarity Tester to be used for currents up to 16A and input voltage up to 250V AC.
When insterted in the plug, it indicates whether the connections of LINE, NEUTRAL & EARTH is correct.
Indicates errors for missing earth.
Live earth reversal, Live Neutral Reversal, Missing Neutral, Live Earth Reversal & Missing Neutral.

JTC Cordless Circuit Tester for Checking Function of Car Lights, JTC 1249 is a portable and battery-operated tool used to check the presence or absence of electrical voltage in various circuits, outlets, switches, and wires. This type of tester is highly convenient because it eliminates the need for a cord or direct connection to a power source, allowing for greater flexibility and mobility during electrical testing.
Key features and uses of a cordless circuit tester include:
Battery-Powered: Cordless circuit testers are equipped with internal batteries, such as alkaline or rechargeable cells, which power the device and make it portable.
Probe or Sensor: Like traditional circuit testers, cordless versions have a probe or sensor on one end that is used to make contact with circuits, outlets, or wires during testing.
Indicator: The tester has an indicator on the other end, which can be an LED display, a light, or an audible signal, providing feedback about the presence of voltage.
Voltage Range: Cordless circuit testers are available in models designed for different voltage ranges, making them suitable for a variety of applications, from low-voltage circuits to standard household voltage (120V or 240V) and even higher industrial voltages.
Non-Contact and Contact Types: Cordless testers come in both non-contact and contact versions. Non-contact testers can detect voltage without direct contact with conductors, while contact testers require the probe to touch the conductor or terminal.
Using a cordless circuit tester:
Turn On: Activate the cordless circuit tester by pressing a power button or switch.
Insert the Probe: For contact testers, insert the probe into the outlet, switch, or wire you want to test. For non-contact testers, bring the sensor close to the area of interest without direct contact.
Observe the Indicator: The indicator on the tester will provide feedback. If voltage is detected, the indicator will light up, display a voltage reading, or produce an audible sound, depending on the type of tester.
Troubleshooting: Cordless circuit testers are invaluable for diagnosing electrical issues, such as identifying live wires, locating faults in a circuit, checking for continuity in wires, and determining if switches or outlets are functioning correctly.
Safety: Exercise caution when working with electrical circuits. Double-check that the power is off before testing and use appropriate safety gear.
Cordless circuit testers offer the convenience of mobility and versatility when performing electrical testing tasks. Their ability to operate independently of an external power source makes them particularly useful for electricians, DIY enthusiasts, and professionals who need to test circuits, locate faults, or diagnose electrical problems efficiently and safely.

JTC Electric Circuit Tester for Testing Circuit of Relays, Diodes and Switches, JTC 1248 is a handheld tool used to check the presence or absence of electrical voltage in various circuits, outlets, switches, and wires. This device is an essential tool for electricians, DIY enthusiasts, and anyone working with electrical systems to ensure safety and troubleshoot electrical issues.
Key features and uses of an electric circuit tester include:
Probe or Sensor: The circuit tester typically has a probe or sensor on one end, often equipped with a sharp or pointed tip for easy insertion into outlets or wire insulation.
Indicator: The other end of the tester features an indicator, such as a light, LED display, or audible signal, to provide feedback about the presence of voltage.
Voltage Range: Electric circuit testers come in various models designed for different voltage ranges, from low-voltage applications like batteries to standard household voltage (120V or 240V) and higher voltages used in industrial settings.
Non-Contact and Contact Types: Some circuit testers are non-contact, meaning they can detect voltage without direct contact with the conductor, which is useful for safety and convenience. Contact types require the probe to touch the conductor or terminal.
Using an electric circuit tester:
Turn Off Power: Before testing any electrical circuit, it is essential to turn off the power at the source to prevent electrical shock or damage to the device.
Insert the Probe: For contact testers, insert the probe into the outlet, switch, or wire you want to test. For non-contact testers, bring the sensor close to the area of interest without direct contact.
Observe the Indicator: The indicator on the tester will provide feedback. If voltage is detected, the indicator will light up, display a voltage reading, or produce an audible sound, depending on the type of tester.
Troubleshooting: Circuit testers are invaluable for diagnosing various electrical issues, such as identifying live wires, locating faults in a circuit, checking for continuity in wires, and determining if switches or outlets are functioning correctly.
Safety: Always exercise caution when working with electrical circuits. Double-check that the power is off before testing and use appropriate safety gear.
Electric circuit testers are fundamental tools in electrical work, helping individuals verify the presence or absence of voltage and troubleshoot electrical problems effectively. Whether it's for installing new fixtures, diagnosing electrical issues, or ensuring the safety of a circuit, these testers provide valuable insights, enhancing the efficiency and safety of electrical work.

The Metravi Socket Polarity Tester 16 Amp, 250 V AC, ST-09B is a reliable electrical testing tool designed to quickly and accurately detect wiring faults in sockets. Compact and easy to use, this tester helps professionals and homeowners identify polarity issues, missing earth connections, or incorrect wiring with precision. Its durable build ensures long-lasting performance, while the clear indication system allows for quick fault diagnosis, reducing troubleshooting time. Engineered to handle up to 16 Amp and 250 V AC, the Metravi ST-09B provides safe and efficient testing for residential, commercial, and industrial applications. Lightweight and portable, it is ideal for electricians, service technicians, and DIY users who require a dependable socket tester. With its user-friendly design and trusted performance, the Metravi Socket Polarity Tester ST-09B ensures electrical safety and compliance with minimal effort, making it an essential tool for any toolkit.

The Maxwell Digital IC Trainer, DT-261, is an innovative training tool designed for students, engineers, and educators to master the fundamentals of digital electronics. This trainer is equipped with a seven-segment display and operates on 5V power with a 1A current capacity, making it ideal for hands-on learning and practical demonstrations. The user-friendly interface allows users to easily connect and test ICs, logic gates, and flip-flops, providing a clear visual representation of digital circuits in action. Built with durability and functionality in mind, the Maxwell DT-261 features a sturdy construction that ensures longevity while maintaining consistent performance. Its compact design makes it portable and easy to store, making it suitable for classrooms, training workshops, and lab environments. Whether for learning digital logic, performing circuit experiments, or developing new projects, this digital IC trainer is an essential tool for anyone looking to deepen their understanding of digital electronics.

The Maxwell Linear IC Trainer, LIT-741, is an advanced educational tool designed to provide hands-on experience with linear integrated circuits (ICs). With a voltage range of 0 to +5 V and a current capacity of 250 mA, this trainer is perfect for learning and experimenting with a variety of analog circuits, amplifiers, and signal processing components. Ideal for students, engineers, and electronic enthusiasts, it offers an intuitive platform to explore linear ICs in a safe and controlled environment.The Maxwell LIT-741 boasts precise voltage and current control, ensuring reliable performance during experiments. Its user-friendly design and compact form make it a must-have for electrical engineering laboratories, workshops, and educational institutions. Whether you are testing analog circuits, exploring operational amplifiers, or building custom signal processing systems, this trainer provides the tools necessary for hands-on learning and practical application of linear IC technologies.

JTC Electric Circuit Tester with Alligator Clip for Automotive Maintenance, JTC 1704 is an essential equipment for the inspection, servicing, and repair of automobiles, trucks, motorcycles, and other modes of transportation. These tools are specifically designed to facilitate a wide array of tasks aimed at keeping vehicles in optimal condition. They serve as the backbone of vehicle maintenance, supporting activities that range from routine check-ups to more complex repair procedures. These tools are a staple in the toolkit of professional mechanics, automotive technicians, and vehicle enthusiasts who take pride in maintaining their own vehicles. Some of the essential items found in a collection of vehicle maintenance tools include wrenches, screwdrivers, diagnostic equipment, jacks, pliers, and much more. Their significance lies in their role in ensuring the safety, reliability, and longevity of vehicles. Vehicle maintenance tools enable professionals and enthusiasts to: Conduct Routine Maintenance: Regular tasks such as oil changes, tire rotations, and brake inspections can be efficiently performed with the aid of these tools. Diagnose and Troubleshoot: Advanced diagnostic equipment helps identify issues within the vehicle's systems, allowing for timely and accurate repairs. Replace and Repair Components: Whether it's changing spark plugs, installing new brakes, or repairing the engine, these tools make the process smoother and more effective. Optimize Performance: With the proper tools, tuning and optimizing the vehicle's performance is achievable, enhancing fuel efficiency and overall driving experience. Ensure Safety: Well-maintained vehicles are safer on the road, and these tools play a significant role in keeping the vehicle's key systems, such as brakes and steering, in top condition. In essence, vehicle maintenance tools are an indispensable component of the automotive world, supporting professionals and hobbyists alike in keeping vehicles in excellent working condition. By investing in a quality set of these tools and having the necessary skills and knowledge, individuals can not only ensure their safety on the road but also extend the lifespan and efficiency of their vehicles while minimizing repair costs.

For ease of testing, this continuity tester has an ultra-sharp tempered steel probe to test through wire insulation and a lead which measures 1m. It can also be used on non-live systems for quick localisation of faulty components such as fuses, switches and sockets, enabling you to repair with confidence.

The high quality industrial circuit tester is a highly reliable, commercial duty tool that’s built to industry standards. It's suitable for use with power on. The 6, 12 and 24V tester checks for shorts, earths and open circuits in automotive electrical systems. The 1.4m heavy duty lead features a spring strain relief and a super sharp stainless steel probe to test through wire insulation. A long 100mm probe length makes for easy use in tight spots.

Micro Logics Digital IC Trainer built in power Supply of
5Volts/1Amp, +/-12Volts/1Amp, 4 No’s of imported 16 pin
ZIF sockets & one no of 680 pin solder less bread board, TTL
clocks from 1 Hz to 1MHz, 2 No’s of Decimal display,12 No’s
of LOGICAL INDICATORS with low & high level flashers
with mono pulse, all 4mm BTI 15 Terminals are used & set of
(10 No’s) patch chords and manual. Model ML 444T (With
Patch Chords)

JTC Automotive Circuit Tester for Passanger Car and Trucks, JTC 1705 is an essential equipment for the inspection, servicing, and repair of automobiles, trucks, motorcycles, and other modes of transportation. These tools are specifically designed to facilitate a wide array of tasks aimed at keeping vehicles in optimal condition. They serve as the backbone of vehicle maintenance, supporting activities that range from routine check-ups to more complex repair procedures. These tools are a staple in the toolkit of professional mechanics, automotive technicians, and vehicle enthusiasts who take pride in maintaining their own vehicles. Some of the essential items found in a collection of vehicle maintenance tools include wrenches, screwdrivers, diagnostic equipment, jacks, pliers, and much more. Their significance lies in their role in ensuring the safety, reliability, and longevity of vehicles. Vehicle maintenance tools enable professionals and enthusiasts to: Conduct Routine Maintenance: Regular tasks such as oil changes, tire rotations, and brake inspections can be efficiently performed with the aid of these tools. Diagnose and Troubleshoot: Advanced diagnostic equipment helps identify issues within the vehicle's systems, allowing for timely and accurate repairs. Replace and Repair Components: Whether it's changing spark plugs, installing new brakes, or repairing the engine, these tools make the process smoother and more effective. Optimize Performance: With the proper tools, tuning and optimizing the vehicle's performance is achievable, enhancing fuel efficiency and overall driving experience. Ensure Safety: Well-maintained vehicles are safer on the road, and these tools play a significant role in keeping the vehicle's key systems, such as brakes and steering, in top condition. In essence, vehicle maintenance tools are an indispensable component of the automotive world, supporting professionals and hobbyists alike in keeping vehicles in excellent working condition. By investing in a quality set of these tools and having the necessary skills and knowledge, individuals can not only ensure their safety on the road but also extend the lifespan and efficiency of their vehicles while minimizing repair costs.

Product Description: Digital IC Trainer Section : Five Logic Inputs wit De bouncing Circuit and LED indication Eight Logic Monitors One Mono Pulser (Manual Pulse) 5V Digital Supply With Short Circuit Protection 4 Nos 20Pin ZIF Socket with Digital Supply and Spring Type Terminals Analog Circuit Trainer Section : Regulated Power supply +/-12v with Protection Sine Wave Signal Source (Approx. 4KHz),0-2V Variable for Amplifier Experiments 30V Variable Power Supply with Short Circuit Protection and Voltage Display

Quickly reveals shorts or broken circuits in all types of electrical devices and controls Tests for continuity of circuit with power off Bulb in handle glows when circuit is complete (bulb included) Pointed 3-3/4-Inch (95 mm) probe gets right to the problem Deluxe 4-Inch (102 mm) long handle with removable nylon cap holds replaceable bulb and battery 36-Inch (914 mm) test lead with alligator clip Uses one AAA battery (not included

ests circuits rated from 80 to 600 volts AC/DC High-visibility neon lamp indicator High-impact, sealed 5-11/16-Inch (144 mm) probes on long 24-Inch (610 mm) leads for convenience in testing motors, fuses, relays, switches, etc Resistor between each probe and lead Reliable electronic components

Micro Logics Digital IC Trainer Built In Power Supply Of
5Volts/1Amp, +/-12Volts/1Amp, 4 No’s Of Imported 16 Pin
ZIF Sockets & One No Of 680 Pin Solder less Bread Board,
TTL Clocks From 1 Hz To 1khz, 2 No’s Of Decimal Display,
12 No’s Of LOGICAL INDICATORS With Low And High
Level Flashers With Mono Pulse, All 2mm Terminals Are
Used And Set Of (10 No’s) Patch Chords And User’s Manual
Model ML 222T (Sockets)

The Westward Receptacle Tester with GFCI, bearing model number 19T234, is a vital electrical diagnostic tool designed for both residential and commercial use. This tester is specifically engineered to assess the safety and functionality of electrical receptacles within the voltage range of 110 to 125 V AC, with a particular focus on Ground Fault Circuit Interrupters (GFCIs). It is an essential device for electricians, maintenance professionals, and homeowners, as it ensures that electrical outlets are not only functional but also safe. The standout feature of the 19T234 Receptacle Tester is its integrated GFCI testing capability. GFCIs are designed to protect against electrical shocks and prevent electrical hazards, making them a critical component of modern electrical systems. This tester provides the means to verify the correct operation of GFCIs, ensuring that they will trip in the event of a ground fault, safeguarding users from electrical shocks and reducing the risk of fire. The voltage range of 110 to 125 V AC is well-suited for the standard electrical systems found in residential and commercial settings in North America. It covers the typical voltage supplied to outlets, making this tester applicable for a wide range of locations. The 19T234 is designed with user-friendliness in mind. Similar to a standard receptacle tester, you simply plug it into the outlet. Its indicator lights provide straightforward and easy-to-interpret feedback, allowing users to quickly determine whether the outlet is wired correctly, whether the GFCI function is working as intended, and whether there are any ground faults or wiring issues present. This receptacle tester is crucial for verifying the safety of electrical outlets. By identifying wiring problems and ensuring the correct operation of GFCIs, it minimizes the risk of electrical hazards, such as shocks, fires, and short circuits. Regular use of this tester is essential for homeowners to ensure that their electrical outlets are safe and compliant with modern safety standards. Electricians and maintenance professionals find the 19T234 receptacle tester invaluable in their work, as it expedites the diagnostic process. It helps identify and rectify electrical issues efficiently, promoting a safe and reliable electrical environment in homes and workplaces. In summary, the Westward Receptacle Tester with GFCI, model 19T234, is an indispensable tool for assessing the safety and functionality of electrical receptacles in both residential and commercial environments. Its compatibility with the standard voltage range in North America, GFCI testing capabilities, and user-friendly design make it a must-have device for electricians, maintenance professionals, and homeowners alike. By ensuring that electrical outlets are wired correctly and that GFCIs are operational, this tester helps mitigate the risk of electrical hazards, contributing to electrical safety and the uninterrupted performance of electrical systems. Regular use of the 19T234 is a crucial step in maintaining safe and reliable electrical infrastructure in buildings.

The Westward Multi-Purpose Connector 600 V Ac/Dc, 1EKN6 is quite generic, typically refers to a specialized electrical or electronic connector designed for a specific application or industry. These connectors are engineered to meet the unique requirements and challenges of particular tasks or environments, ensuring reliable and efficient connectivity. The description below covers the general features and purposes of such connectors. Key features of a Purpose Connector include its design and functionality. These connectors are tailored to meet specific industry standards and requirements, with variations in size, shape, pin configuration, and materials depending on the application. For example, connectors used in the automotive industry may differ from those used in the aerospace, medical, or telecommunications sectors. Efficiency and reliability in connectivity are standout features. Purpose Connectors are designed to ensure a secure and consistent electrical or data connection. They often include features such as locking mechanisms, environmental seals, and shielding to protect against interference, vibration, and harsh environmental conditions. These design elements are crucial for maintaining reliable connections, especially in critical industries like aerospace and medical technology. Durability and resilience are paramount. Purpose Connectors are built to withstand the demands of their intended applications. They are often constructed from robust materials that can endure temperature extremes, moisture, chemical exposure, and physical stress. This durability is essential for connectors used in challenging environments, including military and industrial settings. User-friendly design is another significant benefit. While the specific design of Purpose Connectors varies depending on their intended use, they are typically engineered for ease of use, with features like color-coding and clear labeling to simplify installation and maintenance. This user-friendly design minimizes the risk of errors and reduces downtime during connector replacement or repairs. In conclusion, a Purpose Connector is a critical component in many industries where specialized connectivity solutions are needed. Its tailored design, efficiency, reliability, durability, and user-friendly features make it an essential asset in fields such as aerospace, automotive, medical technology, telecommunications, and more. These connectors ensure that electrical and data connections are maintained, even in challenging conditions, contributing to the safety, functionality, and efficiency of a wide range of applications and industries. Multi-Purpose Connector For Use On Vehicle Diagnosis Voltage Range 600V AC/V DC Includes 1 To 1/2 in Connectors And SRS Simulators Acicular Probes Alligator Clips Connectors LED Stroboscopes Probe Maximum Depth Up to 3 ft Manufacturers Warranty Length 2 yr

The Westward Circuit Tester 6-24 V, 1Ekn8 Westward Circuit Tester is an essential electrical diagnostic tool designed to check for the presence of electrical current and to detect faults in various electrical circuits. This tool is invaluable in a wide range of industries, including automotive, electrical, and electronics, and is essential for professionals, electricians, mechanics, and DIY enthusiasts. The Westward Circuit Tester simplifies the process of identifying electrical issues, making it a must-have for anyone working with electrical systems and circuits. Key Features of the Westward Circuit Tester: Durable Construction: These testers are typically built with high-quality materials, ensuring durability and longevity. They are designed to withstand the demands of regular use and provide reliable results. Versatile Applications: The circuit tester is suitable for testing various electrical systems, including those in vehicles, industrial equipment, and household appliances. It can identify issues in wiring, fuses, and other electrical components. LED Indicator Lights: Many models of circuit testers come equipped with LED indicator lights that provide clear and visible feedback, indicating the presence of electrical current and helping to identify potential faults. Voltage Range: These testers are designed to handle a range of voltage levels, ensuring they can be used in various applications without the need for multiple testers. Easy to Use: The tester typically features a user-friendly design, with a comfortable grip and simple operation. This allows users to quickly and efficiently identify electrical problems. Enhanced Safety: The Westward Circuit Tester is crucial for ensuring the safety of electrical systems. It allows professionals to locate and address issues before they lead to more significant problems or accidents. In the automotive industry, the Westward Circuit Tester is frequently used to diagnose electrical issues in vehicles. It can help identify problems with lighting systems, batteries, and wiring. Mechanics and technicians rely on this tool to pinpoint and address issues quickly, ensuring vehicles are safe and roadworthy. In the electrical and electronics industries, the circuit tester is essential for verifying the integrity of electrical circuits, testing outlets, and ensuring that electrical equipment is functioning correctly. Electricians and technicians use circuit testers to maintain and troubleshoot electrical systems in homes, commercial buildings, and industrial facilities.

The Westward Circuit Breaker Finder 90-120 V Ac, 23V745 is a highly useful electrical tool designed to locate and identify circuit breakers or fuses in an electrical panel or distribution board. It's an indispensable device for electricians, homeowners, and maintenance professionals who need to troubleshoot electrical circuits, identify which breaker controls a specific circuit, or ensure safety when working with electricity. Key features of a Circuit Breaker Finder include its compact, handheld design and its ability to identify breakers with high accuracy. Here's a more detailed description of its features: User-friendly Design: Circuit Breaker Finders are typically compact, portable devices with a transmitter and receiver unit. The transmitter plugs into an electrical outlet or can be used with the included leads to connect to a circuit, while the receiver is used to scan the panel for breaker identification. These tools are designed to be easy to use, even for those with limited electrical knowledge. High Accuracy: The primary function of a Circuit Breaker Finder is to accurately locate and identify the specific breaker or fuse that controls a particular circuit. This is achieved by sending a signal through the electrical system from the transmitter, and the receiver traces this signal to pinpoint the corresponding breaker or fuse. This prevents the need for trial and error when turning off breakers to isolate a circuit. LED Display: Many Circuit Breaker Finders feature LED displays or audible alerts to indicate when the correct breaker has been located. This visual and auditory feedback makes the identification process even more straightforward. Versatility: Circuit Breaker Finders are suitable for use in residential, commercial, and industrial environments. They work with various types of electrical panels, including those with circuit breakers and fuses, helping users quickly and safely identify and label circuits. Safety: The use of a Circuit Breaker Finder enhances safety when working with electrical systems. It minimizes the risk of electrical shock or damage to equipment caused by mistakenly turning off the wrong breaker.