Introducing the HIKMICRO AI56, the pinnacle in acoustic imaging technology designed for precise gas leak detection and partial discharge classification.

Engineers and maintenance teams in industrial settings recognize the value of this advanced tool, making it an essential component for ensuring safety, operational efficiency, and cost-effectiveness.

Thanks to its sophisticated 64 Low-noise MEMS microphones, the AI56 is armed with unparalleled sound source localization capabilities. This enables the AI56 to detect leaks and discharge issues with precision, even in the busiest and noisiest of environments.

Comprehensive Gas Leak and Discharge Detection

The HIKMICRO AI56 revolutionizes detection with an adjustable bandwidth range stretching from 0 kHz to 96 kHz, allowing you to effortlessly locate pressurized air leaks.

For electric systems, it deftly identifies four distinct types of partial discharge: corona, floating, surface, and particle. This capability is critical in preemptively addressing potential hazards that might lead to major equipment failures, thereby dramatically trimming down maintenance costs and reducing unscheduled downtimes.

Real-Time Insights and Cost Analysis

One of the standout features of the AI56 is its real-time display of estimated leak rate, cost, and severity, providing you with actionable insights at a glance.

Capable of identifying leaks as minuscule as 0.0003cfm, this tool is ideal for comprehensive audits or targeted “find it and fix it” operations. By instantly quantifying potential energy losses, the AI56 empowers you to make quick decisions boosting your operation’s energy efficiency and sustainability.

Advanced Partial Discharge Detection for High Voltage Systems

In Partial Discharge mode, the AI 56 system effectively detects corona discharge, floating discharge, surface discharge, and particle discharge in high voltage systems. These discharges can lead to equipment failure, making early detection crucial.

The AI 56 provides instant onscreen results, which can be easily saved for comprehensive documentation and reporting.

Enhance your high voltage system maintenance with this smart partial discharge detection solution.

User-Friendly Technology with Advanced Features

Built with a sharp 800 × 480 resolution, the 4.3” LCD touch screen grants you an intuitive interface for seamless navigation. The eight supportable acoustic palettes enhance visualization, making it simpler to interpret findings and address problems expediently.

Coupled with Analyzer Acoustic software for PCs, the HIKMICRO AI56 allows for detailed analysis and reporting without additional cost, enabling you to document field data for repairs, compliance audits, and energy rebate applications efficiently.

Rugged Performance for Demanding Conditions

Designed to endure rigorous working conditions, the AI56 features three interchangeable lithium-ion batteries, affording up to 10 hours of continuous operation.

Whether you are conducting audits in sprawling factories or critical inspections across vast facilities, this hardy device is built to keep pace with your demanding work schedule.

Complete Image Annotations

The HIKMICRO AI56 provides features such as voice and text annotations for precise measurement documentation.

Streamlined for Excellence

Employing the HIKMICRO AI56 acoustic imaging camera means empowering your business with a tool that not only aids in spotting current issues but also works as a preventative solution to future problems.

This efficient, user-friendly, and robust system is your business’s ally in mitigating risks, ensuring safety, and optimizing maintenance expenditures. Embrace the future of sound detection with the HIKMICRO AI56 and experience groundbreaking improvements in your industrial operations.

Upgrade your facility’s performance and safeguard your investments with the intelligent and cost-effective HIKMICRO AI56 Acoustic Imaging Camera—your reliable partner in safety and efficiency. Optimize operations, reduce downtime, and achieve energy savings by incorporating this innovation into your toolkit today.

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The HIKMICRO Acoustic Leak Detector AD21 is an essential tool for professional plumbers and technicians. Specifically designed for efficiently and accurately detecting water leaks in residential and commercial properties, this advanced detector has outstanding features that set it apart from the competition.

The HIKMICRO AD21 offers two inspection modes, giving users the flexibility to choose between quick inspection or route inspection. This ensures fast leak location, improving detection efficiency and minimizing water damage.

With four selectable digital bandpass filters, the HIKMICRO AD21 captures signals within a wide frequency range of 150 Hz to 7500 Hz. This device allows you to apply different filters to sound signals, even in the presence of disruptive environmental noise, enabling clearer detection of water leaks.

Equipped with a 7″ LCD touch screen with a resolution of 1024 x 600 and a user-friendly dual-wheel design, the HIKMICRO AD21 is powerful and easy to operate, even when wearing gloves.

For user safety, this device features active hearing protection. With a high-quality noise-canceling headset, the HIKMICRO AD21 automatically pauses sound playback when confronted with high noise levels.

Built to be robust and durable, the AD21 sensors have IP66 and IP54 ratings, respectively. The device has successfully passed rigorous drop tests of up to 1.2 meters and comes with a two-year warranty, ensuring its longevity.

This highly efficient leak detector is powered by a built-in rechargeable battery. With a charging time of up to 6 hours for a full charge, the HIKMICRO AD21 guarantees an impressive continuous runtime of up to 11 hours.

With its professional-grade features, the HIKMICRO Acoustic Leak Detector AD21 provides an optimal solution for detecting unnoticed water leaks, conserving resources, and preventing property loss. Invest in the HIKMICRO AD21 and experience the best in leak detection technology.

Key Feature

• Supports four ranges of selectable digital bandpass filters
• Frequency Range 150 Hz to 7500 Hz
• 1024 x 600 Resolution, 7″LCD Touch Screen
• Up to 11 hours continuous running

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How to use REED R9200 Digital Microwave Leakage Detector

With the REED R9200 turned on, adjust the meter to zero by pressing and holding the light/zero button. To measure the microwave leaking from microwave oven. Keep 2″ from the door seals or the front glass of the microwave oven. The values will display on the display. If you press the MAX button, the maximum value will be held on the display.

REED R9200 Specifications

• Measuring Range: 0 to 9.99 mW/cm2
• Accuracy: ±1mW/cm2
• Alarm Level: 5.0db
• Power Supply: Single 9V battery
• Dimensions: 190 x 60 x 42mm
• Weight: 151g

To measure the microwave leaking from microwave oven:

• Keep 2″ from the door seals or the front glass of the microwave oven

• The values will display on the display

• If you press the MAX button, the maximum value will be held on the display

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Ideal Applications for the REED GS-5800

• Test the integrity of non-pressurized vessels such as weld beads, seals, hatches and windows
• Detect electrical arcing and corona discharge of electric panels, transformers, insulators and substations
• Detect pressure and vacuum leaks in pumps, valves, gaskets and solenoids
• Monitor mechanical equipment such as bearings, gears, steam traps, motors and cylinders

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REED GD-3300 Specifications

What’s included with the REED GD-3300

• GD-3300 Combustible Gas Detector
• Batteries
• Earphone Jack (for noisy environments)

 Replacing the Batteries

Replace your 1.5 volt /size R14C(B) alkaline batteries when: • The green READY light off • No light or other activity occurs upon turning the instrument on To replace the batteries: 1. Lay the instrument face-down on a back face. 2.Remove the battery cover. Apply upward pressure to the tab at the bottom of the battery cover while lifting it out. 3.Remove the batteries using a coin or screwdriver, if necessary, to pry them out. 4.Replace all three batteries with new ones.

Replacing the Sensor

Although the sensor is designed to offer many years of reliable service, it may become inoperable if it is submerged in liquid or otherwise physically damaged. To replace sensor: 1. Turn the instrument off 2.Remove the upper tip guard by pressing straight up from the alignment notch that separates the two halves of the tip guard. 3. This is a sturdy component, but use caution bending its leads. 4. Pull the sensor straight up from its tip housing. 5.Replace the sensor, pressing it straight in. 6.Reassemble in reverse order.

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How to use Handheld Gas Detector (C-383)

Sensitivity Adjustment
You will be able to set two levels of sensitivity. By default Reed C-383 is set to high sensitivity when the instrument is switched ON. Start changing the sensitivity by pressing the “Lo Sensitivity” button. The two left green LED’s will then flash indicating low sensitivity has been selected. To switch the unit back to high sensitivity, press the “Hi Sensitivity” button. The two right red LED’s will then flash indicating that high sensitivity has been selected.

Ambient Concentration Reset
This Handheld Gas Detector (C-383) comes with an ambient concentration reset function. This feature able you to set the Reed C-383’s sensors to the ambient gas concentrations presented. Start doing this by turning ON the unit’s sensor that will set the level of present combustible gas to zero. Move your instrument to a location that has clean and fresh air, such as outdoors and press the ON/OFF button.

Measuring
Position the tip of the sensor probe within 1/4 inch (6 mm) of the suspected leak source. Slowly move the sensor probe past each possible leakage point. When the Gas Detector detects a leak source an audible tone will sound and visual indicators will light on the LED leak indicator display, appearing from left to right: green to orange to red (red being the highest concentration, green the lowest). Increasing levels indicates the proximity of the leak location is getting closer. When the unit signals a leakage, pull the probe away from the leak for a moment and then bring it back slowly to pinpoint the location. If the combustible leak is large setting the sensitivity switch to LOW (see sensitivity adjustment) will make it easier to find the exact site of the leak. Return the sensitivity switch to HIGH before searching for any additional leaks. When you’ve finished testing for leaks turn the unit OFF and store it in a cool, dry, clean place to protect the sensor and unit from any possible damage.

REED C-383 Specifications

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REED C-380 Specifications

• Gases Sensed: CFCs: R11, R12, R13; HCFCs: R22, R502,
  R500; HFCs: R134a, R123, R125, R23, R404A,
  R407C, R410A & other halogen based compounds
• Sensitivity: R22, 134a: Hi 6g/year, L: 30g/year
  R404A, 407C, 410A: Hi 8g/year, L: 40g/year
• Alarm Settings: Buzzer, Tricolour LED bar indicator
• Sensor: Advanced ionization detection
• Response Time: Less than 1 second
• Warm-up Time: 10 seconds
• Probe: 390mm (15”) flexible stainless probe
• Ambient Conditions: 32 to 104°F (0 to 40°C), 0 to 80% RH
• Power Supply: Four AA alkaline battery, Low battery indication
• Auto Power Off: 10 minutes
• Battery Life: Approx. 40 hours
• Dimensions: 17.3 x 6.6 x 5.6 cm
• Weight: 500 g

Includes:

• Reference leak source,
• carrying case and batteries

How to use Refrigerant Gas Leak Detector (C-380)

Power-Up & Reset the instrument
Press ON/OFF once to turn on the refrigerant leak detector. The sensor will heat up for 1.5 minutes and you have to wait for proper functionality. Press the ON/OFF again to reset the ambient concentration for the unit. After this time reset the ambient concentration for the unit by pressing the ON/OFF button again.

Sensitivity Adjustment
When the unit is switched ON it is set to high sensitivity by default. To change the level of sensitivity to LOW, press the “Lo Sensitivity” button. To switch the unit back to high sensitivity, press the “Hi Sensitivity” button

Automatic Ambient Setup
This “ambient concentration reset function” sets the unit sensors to ignore the ambient concentrations of refrigerant present. When turned ON the unit’s sensor, the instrument using itsAutomatic Ambient Setupto set itself to ignore the level of refrigerant present at the tip. Only a level or concentration great than this will cause the unit to alarm. During the gas leak operations, resetting the instrument using the Ambient Reset Feature programs the circuit to ignore the level of refrigerant present at the tip of the sensor.

Measuring gas leak with C-380 instrument
Find out the suspected leak source and position the tip of the sensor probe within 1/4 inch (6 mm) of this. Slowly move the sensor probe past each possible leakage point. When the unit detects a leak source an audible tone will sound and visual indicators will light on the LED leak indicator display, appearing from left to right. The visual indicator will be green to orange to red (red being the highest concentration, green the lowest). When the unit signals a leakage, pull the probe away from the leak for a moment and then bring it back slowly to pinpoint the location. If the refrigerant leak is large setting the sensitivity switch to LOW (see sensitivity adjustment) will make it easier to find the exact site of the leak. Return the sensitivity switch to HIGH before searching for any additional leaks. When you’ve finished testing for leaks turn the unit OFF and store it in a cool, dry, clean place to protect the sensor and unit from any possible damage.

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