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ELECTRONIC CONCRETE TEST HAMMER (SCHMIDT HAMMER) AZA1149
The AZA1149 Electronic Concrete Test Hammer is a high-precision, non-destructive testing instrument engineered for fast and accurate evaluation of concrete strength. Designed for structural inspections and quality control, it measures surface hardness and estimates compressive strength using advanced rebound technology.
With its digital interface, ergonomic construction, and high data reliability, the AZA1149 is ideal for engineers, quality inspectors, and research institutions requiring consistent, traceable concrete evaluation in both field and laboratory environments.
Key Features
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- Electronic Schmidt Hammer with high repeatability and reduced operator error
- Digital LCD display for instant rebound and strength values
- Automatic calibration ensuring consistent performance
- Data storage for up to 1000 readings
- USB connectivity for exporting results to Excel/PDF formats
- Lightweight & rugged build suitable for field inspections
- Calibration certificate included
- Compliance: ASTM C805, EN 12504-2
Description
Applications
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Structural inspection of bridges, tunnels, roads, and buildings
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Concrete quality assurance and site condition assessment
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Civil engineering laboratories and R&D centers
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Educational institutes demonstrating non-destructive test methods
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Routine maintenance checks for ageing structures
Technical Specifications
| Feature | Specification |
|---|---|
| Model | AZA1149 |
| Type | Electronic Schmidt Hammer |
| Measurement Range | 10 – 100 N/mm² |
| Display | Digital LCD |
| Data Storage | Up to 1000 test results |
| Connectivity | USB export |
| Power Supply | Rechargeable Lithium Battery |
| Operating Temperature | 0°C to 50°C |
| Dimensions | 280 mm × 60 mm |
| Weight | Approx. 1.5 kg |
| Standards | ASTM C805, EN 12504-2 |
Package Includes
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AZA1149 Electronic Concrete Test Hammer
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Carrying case
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USB data cable
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Charger
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User manual
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Calibration certificate
Frequently Asked Questions (FAQ)
Q1: What is the compressive strength range?
A1: The AZA1149 measures concrete strength between 10–100 N/mm², depending on calibration and surface condition.
Q2: Does it require manual calibration?
A2: No. It features automatic digital calibration.
Q3: Can test data be exported?
A3: Yes. Data can be transferred via USB in Excel-compatible formats.
Q4: Is it suitable for lightweight concrete?
A4: Yes. Accuracy improves when the hammer is set to the correct calibration mode.
Q5: Can I get replacement accessories?
A5: Yes. USB cables, chargers, and carrying cases are available separately upon request.
Why Choose AZALAB?
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Reliable supplier of advanced lab and field testing equipment
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Full technical support
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Fast dispatch across India
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Calibration and after-sales services available
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Trusted by civil engineers, QC labs, universities, and contractors
Additional information
| Model |
AZA 1149 |
|---|---|
| Type |
Electronic Schmidt Hammer |
| Measurement Range |
10 – 100 N/mm² |
| Dimensions |
280 mm × 60 mm |
| Weight |
Approx. 1.5 kg |
Related products
BEAM MOULD AZA1124
Purpose & Importance
Flexural strength testing evaluates a concrete beam’s ability to resist bending stress. Standards such as IS 516, ASTM C78, and BS EN 12390-5 specify strict guidelines for specimen dimensions and surface finish. The AZA1124 Beam Mould enables users to produce uniform, high-quality concrete beams with precise cross-sections, ensuring reliability and compliance during flexural strength evaluation.Beams cast from AZA1124 are used for:
- Flexural tensile strength testing
- Load-bearing capacity studies
- Structural behavior simulations
- R&D on mix designs and reinforcement additives
Ideal for:
- Civil engineering research laboratories
- Cement product quality assurance departments
- Construction material testing centers
- Technical universities and engineering institutions
COMPACTION FACTOR APPARATUS AZA1107
- Precision measurement of compaction factor for dry and stiff concrete
- Double-hopper system with smooth trap release
- Conforms to IS 1199 and BS 1881 standards
- Suitable for precast plants, RMC units, and civil engineering labs
- Rugged, powder-coated mild-steel construction
- Cylindrical container included for final measurement
K-SLUMP TESTER AZA1104
AZA1104 K-Slump Tester is a fast, reliable, and non-destructive testing device designed to measure the workability and consistency of fresh concrete directly at construction sites or in laboratory environments. It provides instant slump approximation without the need for traditional slump cones, base plates, or tamping rods, making it an essential tool for modern concrete quality control.
This handheld instrument is widely used by civil engineers, site technicians, and quality inspectors who require quick, repeatable, and real-time results during concrete batching, transportation, and placement. Its simple design eliminates complicated setup, reducing testing time and operator fatigue.
Manufactured from high-grade stainless steel, the probe is corrosion-resistant and suitable for harsh site conditions. The etched scale markings provide direct readings in millimeters or inches, allowing accurate penetration depth measurement without additional instruments.
Unlike traditional slump testing methods, the AZA1104 enables non-destructive testing, meaning the concrete surface remains intact and usable after testing. This feature is especially useful when multiple checks are needed during large pours or continuous batching operation
LABOMIX CONCRETE PAN MIXER AZA1118
The AZA1118 Labomix Concrete Pan Mixer is designed for demanding, high-volume mixing operations in construction laboratories, R&D facilities, and material testing centers. Built for durability and precision, it delivers consistent blends of concrete, mortar, grout, and aggregate mixes while supporting rigorous IS/ASTM test procedures.
Engineered with a high-efficiency gear-driven transmission, it provides stable torque, low maintenance requirements, and excellent mixing uniformity. The unit is available in multiple capacities from 90 litres to 300 litres, enabling users to select suitable volume for their operational needs.
The mixer features exchangeable mixing shovels, a safe-locking automatic discharge system, and large mobility wheels that allow a single operator to handle batching, mixing, and discharging efficiently.
LABORATORY CONCRETE MIXER (MOTORISED) AZA1116
Key Features
- Motorised operation for consistent and uniform mixing
- Ideal for laboratory-scale concrete preparation
- Durable drum crafted from mild steel or stainless steel
- Heavy-duty induction motor for long, reliable service life
- Stable, rigid frame designed for lab environments
- User-friendly controls with built-in safety features
- Reduced manual effort and improved batch repeatability
- Suitable for QC labs, R&D facilities, and educational institutions
MOULD VERIFICATION KIT – PRECISION QC TOOL AZA1121
- Flatness of mould and specimen surfaces
- Straightness along mould edges and specimen sides
- Perpendicularity of internal walls and corners
- Dimensional accuracy (L × W × H, and diameter for cylinders)
- Go/No-Go tolerance checks for standardized cube mould sizes
- Surface deviation & gap measurement using feeler gauges
PLASTIC CUBE MOULD AZA1126
TAMPING ROD AZA1119
The AZA1119 Tamping Rod is a precision-engineered tool designed for proper compaction of concrete during laboratory and field testing. Essential for slump tests, cube/cylinder preparation, and unit weight determination, this rod ensures accurate removal of air voids, resulting in reliable and repeatable test outcomes.
Manufactured from hardened high-grade steel or stainless steel, the rod maintains dimensional accuracy, bending resistance, and a corrosion-proof finish. Each unit is polished to a smooth surface and features hemispherical ends to prevent mold damage and ensure uniform rodding action. The AZA1119 conforms to ASTM C143, ASTM C192, ASTM C138, IS 1199, and other major testing standards.
It is available in 16 mm and 25 mm diameters, with standard lengths of 600 mm (optional 450 mm). The rods are suitable for use in construction materials labs, QC departments, R&D centers, and field sampling units.
