Humboldt Concrete Compression Machine: 1000K (445kN), Digital

Humboldt Concrete Compression Machine: 1000K (445kN), Digital

Concrete Compression Machines

Concrete compression machines are precision instruments used to test the strength and durability of concrete specimens, cylinders, beams, blocks and cubes. These machines are essential in the construction and civil engineering industries where they are used to test the integrity and performance of concrete used in buildings, bridges and other critical infrastructure. By applying controlled compressive forces these machines help engineers determine if concrete meets the required standards for safety and reliability. Following industry standards such as ASTM C39, C78, C469, C496, C1019 and others concrete compression machines ensure testing procedures are consistent and results are reliable. Designed to be versatile these machines can accommodate various specimen shapes and sizes making them a must have for any laboratory or field testing environment.

Meets standards: ASTM C469, C39, ASTM C109, ASTM E4, AASHTO T22

The HCM-1000 has been custom configured for mortar applications like 2" and 4" cubes, beams and other low-strength materials, below 100,000 lbs. (445kN). These machines are based on HCM-2500 frames which have been reconfigured for accurate readings of lower-strength materials. Machines are sold without platens so be sure to order the appropriate set for your material testing applications.

• Custom configured for mortar applications like 2" and 4" cubes (for weighing samples, consider the Digital Field Scale, 22.7g Readability, 68,000g Capacity)

• 1,000 to 100,000 (11 to 445kN) testing range with accuracy of ±0.5% of indicated load

• Machine comes with no platens, order the appropriate set for your applications

• Choice of 2 digital controllers and 2 digital indicators

• Mounting stand: OPTIONAL, order: HCM-0200* Vertical Opening - 19.375" (492mm)

• Horizontal Opening - 9.25" (235mm)

• Piston Stroke - 2.5" (63.5mm)

• Lower Platen - NA

• Upper Platen, Dia. - NA

• Oil Reservoir Cap - 2 gal. (7.6 liter)

• Overall Width - 30" (762mm)

• Overall Depth - 23.750" (603mm)

• Overall Height - 60.625" (1540mm)

Frame opening dimensions are measured without test platens installed in machine. Overall machine dimensions are measured with the stand, including machines where it is optional.

Humboldt offers several excellent controllers for use with our concrete compression machines so you can choose the one that best fits your application.

Manual Controllers Humboldt also offers the HCM-5090, a digital indicator for use with manually-operated equipment. This controller features many of the same features as our automatic controllers except it is designed for use with a manually-operated pump. The HCM-5090 has the same standard test setups as the automatic controllers. Just pick the test you want to run as you configure your test and the controller will guide you through setup from where you can proceed with your test.

Humboldt's HCM-5090 Controller has a 7" high-resolution, color, touch-screen which provides accurate, precise operation. And, two channel inputs for load which allow for control of two separate compression frames and two additional channel inputs for displacement which allow for extensometer and compressometer testing

For the budget-minded operator we also offer the i7 indicator which is an easy-to-use digital load indicator that simultaneously displays both live load and rate of load values during a test.

Humboldt Compression Machines are the essential tools for measuring the compressive strength of specimens. These are used in civil engineering laboratories and construction sites to evaluate the quality and durability of structures, such as with the Concrete Compression Test Machine. The equipment will apply a compressive force to the specimen until it fails, allowing engineers to measure the maximum load capacity and calculate the compressive strength. Humboldt equipment are known for their accuracy, durability and ease of use making them a popular choice for concrete testing. With a Humboldt Compression Machine engineers can ensure structures meet industry standards and are safe for use.

Features

A modern compression machine is designed to deliver precise, repeatable results across a wide range of concrete testing applications. Key features include a high load capacity, often 30,000 to 500,000 lbs. (1112 to 2,224 kN) to test both low strength concrete beams and high strength concrete cylinders. The frame is made of structural steel side members for maximum rigidity and stability to eliminate deflection and provide accurate test results year after year. Automatic controllers like the HCM-5080 and HCM-5070 are integrated with a continuous duty hydraulic pump for fully automated operation and support standard test methods like ASTM C39, C78, C469, C496, and C1019. The controllers guide the user through each step of the testing process and display live load and rate of load values for real-time monitoring. The combination of a wide testing range, advanced control systems and durable construction makes these equipment ideal for both routine and specialized testing.

Applications

Compression machines are used in construction and research environments. They test concrete cylinders, beams, blocks and cubes for compressive strength, flexural strength and modulus of elasticity. They are ideal for laboratory and field testing and provide accurate and reliable results for design and construction of safer and more durable structures. Whether testing high strength equipment for skyscrapers or low strength for pavements, compression machines can handle a wide range of specimen types and strengths. In addition, these equipments can also be used to test masonry blocks, prisms and other construction materials making them a valuable asset for quality control and research applications.

Specifications

The specifications of a compression machine are designed to meet the demands of modern testing. Load capacity is 30,000 to 500,000 lbs. (1112 to 2,224 kN) with a full testing range of 0 to 100% of the machine’s rated capacity. Controls are available in manual and automatic configurations with automatic controllers having integrated hydraulic pumps and digital displays for precise operation. The load frame is made of structural steel for maximum rigidity and no deflection during testing. Extensometers and compressometer displacement transducers can be added to measure advanced properties like modulus of elasticity and Poisson’s ratio. These features and specifications ensure the equipment provides accurate and repeatable results and meets industry standards.

Benefits

Using compression machines has many benefits for engineers, researchers and quality control professionals. The equipment delivers accurate and reliable test results, eliminate human error and provide repeatable results for every handling. They are compact and portable for both laboratory and field use, providing flexibility and convenience without sacrificing performance. The equipment can handle a wide range of specimens and other materials, support comprehensive data collection and analysis. With advanced features and user friendly controls, the equipment simplify the process and provide valuable insights into the properties and behavior. Ultimately compression machines are essential for the safety, quality and longevity of structures in any project.