Features : Impact energy: 2.207 Nm • Measurement range: from 10 to 70 N/mm2 • Display 2x16 characters • Accuracy: ± 0.1 R
This new and advanced model of digital concrete hammer microprocessor operated consists of the standard unit similar to the model 58-C0181N but equipped with an electronic transducer, which converts the rebound of the hammer into an electric signal and displays it in the...
SLUMP TEST APPARATUS. Complete with Slump Cone having 100mm Dia Top x 200mm Dia Bottom x 300mm Height, octagonal shaped Base Plate with Swivel handle and Bakelite Bolt-knobs & 'L' Shape steel clamps and Tamping Rod of 16mm Dia x 60mm Long with...
Slump cone test apparatus conforming to specifications and tolerance in accordance to I.S. 1199 and latest I.S.7320. Consists of a slump cone frustum in shape 10cm dia at top, 20cm at bottom and 30cm hight fitted with foot piece and handle, one...
Rebound Hammer/Concrete test hammer Mechanical type N. Aluminium body. Supplied with hard plastic carrying case. Conforming to EN 12504-2 and ASTM C805 model C0181/N made in Italy. The concrete test hammer is an instrument which is easy to use,...
Canopus Instruments is one of the top manufacturers & suppliers of concrete ultrasonic equipment, concrete ultrasonic testing, upv meter, ndt testing , composites India. The concrete ultrasonic equipment, concrete ultrasonic testing, upv meter, ndt...
Design Features : Base Has Cleats For Better Ground Grip,Positive Clamping Of The Cone To The Base,Swivel Handle Acts As A Datum For Measurement
Country of Origin : India
Type Of Slumps & Workability : 0 - 25 Mm, 0.75 - 0.80,25 - 50 Mm, 0.80 - 0.85,50 - 100 Mm, 0.85 - 0.92,100 - 150 Mm, > 0.92,Collapse, Not Applicable
Replaceable Parts : Slump Cone - 1 No.,Base Plate With Swivel Handle - 1 No.,Tamping Rod, Steel, 16 Mm Dia X 600 Mm, ISI Certified - 1 No.
Standard Used : IS 1199 & BS EN 12350 The instrument is used for workability as well as consistency of fresh concrete. A slump Cone and a graduated rod supplied with the instrument helps the operator to find out slump values and vibration table with...