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CHUM (CROSS HOLE ULTRASONIC MONITOR)

Name: CHUM (CROSS HOLE ULTRASONIC MONITOR)
Brand: ADRIJA SCIENTIFIC INSTRUMENT COMPANY
Price: 2500000 INR
Availability: InStock

Price 2500000 INR/ Kit

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MOQ : 1 Meter

CHUM (CROSS HOLE ULTRASONIC MONITOR) Specification

Humidity
0 to 95% RH (non-condensing)

Frequency
50 kHz (nominal ultrasonic transducer frequency)

Resolution
0.1 mm

Measuring Range
0.5 m to 100 m (longitudinal)

Application
Integrity test of deep foundations (bored piles, diaphragm walls, drilled shafts)

Interface Type
USB 2.0, Wi-Fi, Bluetooth

Number of Specimens
Multiple tubes (multi-channel support)

Response Time
Real-time acquisition

Test Range
0.5 m to 100 m

Specimen Size
Any bored pile or diaphragm wall structure

Temperature
-10C to +50C

Operating Voltage
12V DC (via internal battery)

Display Type
Large color capacitive touchscreen

Port Size
Compatible with industry standard access tubes (38 mm to 50 mm ID)

Features
Dual-probe system, Automatic and Manual mode, Real-time data display, Data storage, Portable

Power Supply
Rechargeable Lithium-Ion Battery, AC Adapter 100-240V, 50/60 Hz

Max Height
No inherent limit (depends on tube length)

Equipment Type
Cross Hole Ultrasonic Monitor

Accuracy
+/- 1 mm (transit time)

Mounting Type
Handheld or tripod mount

Automation Grade
Semi-automatic

Usage
Structural quality assessment of deep foundation elements

Capacity
Up to 16 parallel channels

Machine Weight
2.5 kg

Test Speed
Up to 5 sec per channel

Test Width
50 mm to 2000 mm (diameter of structure)

Test Stroke
Full length of access tubes

Control Mode
Automatic & Manual

Waveform Display
Real-time A-scan and B-scan

Data Storage Capacity
16 GB internal memory, expandable via USB

Probe Cable Length
Standard 50 m, option up to 100 m

Synchronization
Automatic probe synchronization

Transducer Material
PZT ceramic

Software Compatibility
Windows, Android, iOS (data review & report generation)

Battery Life
Over 8 hours continuous use

Language Support
Multi-language (English, Spanish, Chinese, etc.)

Waterproofing
Probe and cables: IP67 rated

Report Generation
Automatic PDF report export

Calibration
Automatic and manual (user selectable)

About CHUM (CROSS HOLE ULTRASONIC MONITOR)

CHUM (Cross Hole Ultrasonic Monitor) is an advanced testing device used to evaluate the integrity of concrete structures by measuring the velocity of ultrasonic waves through drilled holes. It consists of ultrasonic transducers, a signal generator, and a receiver, which work together to detect voids, cracks, or inconsistencies within the concrete. Manufactured with precision engineering and advanced electronics, CHUM operates with a high-voltage power supply. Widely used in construction, civil engineering, and infrastructure sectors, it helps clients ensure structural safety and durability by identifying internal flaws early, preventing costly repairs, and optimizing construction quality control.

Advanced Data Storage and Connectivity

With 16 GB internal memory, expandable via USB, CHUM enables long-term data storage for extensive projects. The devices multi-interface compatibility, including Wi-Fi, Bluetooth, and USB 2.0, ensures efficient data transfer and synchronization with external systems, simplifying workflows on-site and in the office.

Reliable Structural Integrity Testing

CHUM employs a dual-probe ultrasonic system, providing real-time A-scan and B-scan visualizations. Automatic and manual calibration modes guarantee accurate channel readings, with sensitivity up to +/- 1 mm transit time. This ensures consistent and reliable assessment of bored piles, diaphragm walls, and drilled shafts.

Durability and User-Oriented Design

Engineered with IP67-rated probes and cables, CHUM withstands harsh environments, including high humidity and variable temperatures. Its lightweight, portable build (2.5 kg) and versatile mounting options make it adaptable to both handheld and tripod configurations for maximum operator convenience.

FAQs of CHUM (CROSS HOLE ULTRASONIC MONITOR):

Q: How does the CHUM perform integrity tests on deep foundation structures?

A: CHUM uses ultrasonic signals transmitted between probes placed in access tubes within bored piles, diaphragm walls, or drilled shafts. It analyzes real-time waveforms (A-scan/B-scan) to identify anomalies, defects, or changes in material quality, providing accurate integrity assessments for deep foundation elements.

Q: What is the data storage process and capacity for CHUM?

A: The device offers a 16 GB internal storage capacity, supporting extended data acquisition sessions across multiple channels. Data can be further expanded and exported via USB for comprehensive project documentation and long-term analysis.

Q: When should automatic calibration be used, and what are the benefits?

A: Automatic calibration is recommended for routine testing to ensure consistent results and minimize human error. Users can also opt for manual calibration when specific adjustment is required. Both methods ensure high accuracy (+/-1 mm) in transit time measurements for reliable test outcomes.

Q: Where can CHUM be operated effectively in terms of environment and mounting?

A: CHUM functions optimally in diverse conditions, with waterproof probes and cables (IP67), humidity tolerance up to 95% RH, and temperature ranges from -10C to +50C. The systems lightweight handheld or tripod mounting options allow operation in confined or exposed job sites.

Q: What software platforms are compatible with CHUM for data review and report generation?

A: CHUM integrates seamlessly with Windows, Android, and iOS. Users can review test data, generate automatic PDF reports, and manage multi-language support across these platforms for efficient project communication and record keeping.

Q: How does CHUM benefit structural quality assessment projects?

A: CHUM offers rapid testing (up to 5 seconds per channel), automatic probe synchronization, real-time data display, and automatic report generation. These features help professionals quickly and accurately assess the integrity of multiple deep foundation elements, increasing efficiency and project reliability.

Q: What is the process for testing using CHUM on a construction site?

A: Operators mount the probes into standard industry access tubes within the foundation element, select the desired calibration mode, and initiate testing via the touchscreen interface. Data is displayed in real time, stored in the internal memory, and can be transferred or reported automatically for further analysis and documentation.

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