Other Products / Services #3223442

Our Remote-Readable Pulse Output Water Meters provide a great way to monitor water usage, either locally or remotely, in order manage and control how much water is being consumed by multiple users. Our meters are well made, industrial-grade stainless steel. You can use them as a traditional read-off-the-face water meters, or you can use the pulse output to count pulses as they happen for a given amount of water flow. Each meter produces a pulse for a specific amount of water that is measured. The pulses can be counted remotely by our EKM Omnimeter Pulse v.4 and EKM Push system. Or you can set up the water meters with a local digital display with our 8 Digit Pulse Counter.
Our High Definition 3/4" models are designed to generate pulses at a high rate to provide high granularity data when set up to read with a computer. This high granularity can provide better insights into usage patterns. In particular, it can tell you if you have a leak in your water system, because it only takes 0.6 of a pint of water leakage to generate a pulse. In other words, if you see a pattern of pulses when you shouldnot (when you arenot intentionally using water) then you probably have a leak somewhere. The number of pulses over a given period of time will tell you how severe the leak is.

Laboratories requires a varity of equipment and instrumentation to run tests and research. These staple, workhouse general lab equipment can be found across various laboratories across disciplines and markets.

Bitumen testing equipment for bitumen laboratory testing, analysis of bituminous mixtures, bitumen & bituminous binders.
Entek comprehensive range of bitumen testing equipments, asphalt testing instruments comprises of Ductility testing machine, Rolling thin film oven, Bitumen penetrometer, Kinematic viscosity bath, Marshall stability test apparatus, Automatic marshal compactor, waterbath for penetration test etc.
Asphalt, also called bituminous conglomerate, is a fundamental material of road construction field. It is mainly composed by aggregates and binder with an infinite variation of mixtures. The binder of the asphalt is called bitumen. Due to the very intensive traffic conditions, asphalt is constantly under stress. Road pavements can face different kind of stress: compression, flexural as well as tangential stress. For this reason, asphalts have to grant excellent performances.

We offer Density Measurement Apparatus, which is an apparatus or machine presented which measures the density of a solid material by weighing it in air and then weighing it submerged in mercury after which the density is obtained by simple calculation. It is equipped with core cutters and steel dolly ensuring low maintenance and high performance.

Specifications :

ENTEK-017

• Core Cutter, IS: 2720 (Pxxix), BS: 1377.
• Core cutter 100 mm I. dia. x 130 mm long with steel dolly & rammer with steel rod.

Spares :

• Core cutter 100 mm I. Dia x 130 mm long.
• Core cutter 100 mm I. Dia x 175 mm long.
• Steel dolly . i v. Rammer with steel rod.
• ENTEK-018 : Sand Pouring cylinder apparatus, IS: 2720 (P-xxviii), BS 1377, 1924
• Consists of :- Sand pouring cylinder fitted with conical funnel & shutter, cap 3 liter: 115 mm dia with calibrating container 100 mm ID x 150 mm depth & Metal tray 300 mm x 300mm sq. x 40 mm deep with 100 mm central hole & handles.
• ENTEK-019 : Sand Pouring cylinder, Medium 150 mm dia with calibrating container & Metal tray.

ENTEK-020

• Sand Pouring cylinder. Large 215 mm dia with calibrating container & metal tray. Accessories :
• Tools : Scrapper 300 mm long for small. Scrapper 400mm long for medium & large.

ENTEK-022

• Relative Density apparatus, IS: 2720 (P-xiv) Consists of: Vibratory Table, electrically.
• 220V or 415 V, 1 Ph, 50 cycles, AC. Cylindrical Metal unit weight mould 3000 ml & 15000 ml cap, Guide sleeve with clamp assembly for 3000 & 15000 ml mould, Surcharge base plate for 3000 & 15000 ml moulds, Handle for moulds, Surcharge weight for moulds, Dial gauge holder, Dial gauge 0.01 mm x 25 mm travel with an extension piece, Calibration bar 75x300x3 mm

Rock mechanics is the theoretical and applied science about the mechanical behavior of rock and rock masses as well as their reaction to the force fields of their physical environment. It also deals with the application of the principles of engineering mechanics to the design of the rock structures generated by mining, drilling, reservoir production or civil construction activity, such as tunnels, mining shafts, underground excavations, open pit mines, oil and gas wells, road cuts, waste repositories and other structures built in or made of rock. It also includes the design of reinforcement systems such as rock bolting patterns.

We are offering Sand Equivalent Apparatus, which are equipped with two separate electronic timers to increase accuracy and ease of operation compared to a spring-type timer. It is recommended for samples in the laboratory. These are available bench mounted and designed to meet the requirements of the European &ASTM test methods.

Specifications :
ENTEK-023

• Sand equivalent Apparatus ASTM D 2419, AASHTO T 176
• Consist of Plastic Measuring Cylinder
• Weighted Foot Assembly
• Irrigator Tube
• Rubber Tubing complete with Pinch clip
• Syphone assembly, with 5 litre bottle
• Funnel & carrying Case

ENTEK-024

• Sand Equivalent Shaker electrically.
• For use in Laboratories performing a large number of test, this Shaker provides a consistent and repeatable oscillation, minimizing variation in test results.
• The unit is available bench mounted and designed to meet the requirements of the European &ASTM test methods.

• Highly efficient
• Affordable prices
• Low maintenance
• Durable machine

Say bolt Viscometer, Electrically Heated, ASTM D88, D244, AASHTO T72 for the empirical measurement of Say bolt Viscosity of petroleum products at specified temperatures between 70 degree F and 210 degree F. This is also used for determining the Saybolt Furol Viscosity of bituminous materials at temperatures of 250 degree , 275 degree , 300 degree , 350 degree , 400 degree and 450 degree F. It comprises one each of cylindrical Oil cup, Universal Tip, Furol Tip, Bath Fitted with immersion Heater mounted on a stand. Dimmer stat for temperature control, Stirrer with shield.

Soil compaction is of utmost requirement for constructing earth fill for dams, canal embankments, reservoirs, highways, runways and railways. The relationship between soil moisture content and compacted dry density largely determine the construction specifications and quality control of compacted earthfill. To check the strength of the soil the density of the soil is taken into account and hence the quality control is checked otherwise.

Specifications :
ENTEK-025

• Compaction test apparatus, IS: 2720 (P vii & viii), IS: 10074; BS: 1377, ASTM D 698, D558, D559, D560, D 1557, AASHTO T99, T 134.
• Proctor Mould 100 mm ID x 127.3 mm ht x 1000 c c volume with collar & base plate. Made of M. steel. Complete with Rammer 2.6 or 2.5 kg.
• Proctor Mould made of Gunmetal with rammer
• Proctor Mould 150 mm dia ID x 127.3 mm ht x 2250 c c volume with collar & base plate. Made of M. steel. Complete with Rammer 4.89 kg or 4.5 kg. Heavy compaction (Modified)
• Proctor Mould but 150 mm dia but made of Gunmetal with rammer.

Spare

• Proctor Mould 100 mm I .dia x 127.3 mm ht x 1000 cc with collar and base plate. Mild steel.
• Proctor Mould made of Gunmetal.
• Rammer 2.6 kg or 2.5 kg for light compaction.
• Rammer 4.89 kg or 4.5 kg for heavy compaction, modified.

The experimental setup consists of a metal bar, one end of which is heated by an electrical heater while the other end projects inside a cooling water jacket. The middle portion is surrounded by a cylindrical shell filled with insulating powder and five thermocouple are placed on the bar for temperature measurement. For radial measurement of temperature 4 thermocouples are placed at a sections/radius of 42.5 mm&55mm in the insulating shell.
The heater is provided with a dimmerstat for controlling the heat input, water under a constant head is circulated through the jacket and its flow rate and temperature rise are measured using measuring jar and temperature sensors.

The function of a governor is to regulate the mean speed of an engine, when there are variations in the load e.g. when the load on an engine increases, its speed decreases, therefore it becomes necessary to increase the supply of working fluid.When the load on the engine decreases, its speed increases and thus less working fluid is required. The governor automatically controls the supply of working fluid to the engine with the varying load conditions and keeps the mean speed within certain limits.
The porter governor is a modification of a Watts governor, with central load attached to the sleeve. The load moves up down the central spindle. This additional downward force increases the speed of revolution required to enable the balls to rise to any to any pre-determined level.

A valve actuator is the mechanism for opening and closing a valve. Manually operated valves require someone in attendance to adjust them using a direct or geared mechanism attached to the valve stem. Power-operated actuators, using gas pressure, hydraulic pressure or electricity, allow a valve to be adjusted remotely, or allow rapid operation of large valves. Power-operated valve actuators may be the final elements of an automatic control loop which automatically regulates some flow, level or other process. Actuators may be only to open and close the valve, or may allow intermediate positioning; some valve actuators include switches or other ways to remotely indicate the position of the valve.

Automobile engineering, along with aerospace engineering and marine engineering, is a branch of vehicle engineering, incorporating elements of mechanical, electrical, electronic, software and safety engineering as applied to the design, manufacture and operation of motorcycles, automobiles and trucks and their respective engineering subsystems. It also includes modification of vehicles. Manufacturing domain deals with the creation and assembling the whole parts of automobiles is also included in it.The automotive engineering field is research -intensive and involves direct application of mathematical models and formulas. The study of automotive engineering is to design, develop, fabricate, and testing vehicles or vehicle components from the concept stage to production stage. Production, development, and manufacturing are the three major functions in this field.

Laboratory Instruments, as the name suggests find their extensive use in varied science & technology work related laboratories of schools, institutes, research centers, etc. to make the tasks, easy. Today, a large number of Laboratory Instruments such as Laboratory Stirrer, Metal Tube Rotameter, Autoclaves & Sterilizers, Data Loggers, Digital Panel Meters, etc. These are available in the market for enhancing working speed in the labs. Here, we are providing you details of several laboratory instruments manufacturers and suppliers, who are offering a range of international standard abidance in varied sizes, models & specifications.

We are the manufacturers of applied mechanics lab equipments used to demonstrate applied mechanics engineering principles in Engineering Colleges, Universities. Our Product Range includes: Universal Force Table (Superior) with Brass Slotted Weights & Brass Pulleys, Link Polygon Apparatus without Weights, Polygon of Forces Apparatus with Iron Conical Weights & Pan, Compound Lever.

Our Remote-Readable Pulse Output Water Meters provide a great way to monitor water usage, either locally or remotely, in order manage and control how much water is being consumed by multiple users. Our meters are well made, industrial-grade stainless steel. You can use them as a traditional read-off-the-face water meters, or you can use the pulse output to count pulses as they happen for a given amount of water flow. Each meter produces a pulse for a specific amount of water that is measured. The pulses can be counted remotely by our EKM Omnimeter Pulse v.4 and EKM Push system. Or you can set up the water meters with a local digital display with our 8 Digit Pulse Counter.
Our High Definition 3/4" models are designed to generate pulses at a high rate to provide high granularity data when set up to read with a computer. This high granularity can provide better insights into usage patterns. In particular, it can tell you if you have a leak in your water system, because it only takes 0.6 of a pint of water leakage to generate a pulse. In other words, if you see a pattern of pulses when you shouldnot (when you arenot intentionally using water) then you probably have a leak somewhere. The number of pulses over a given period of time will tell you how severe the leak is.

Hardness of a material is generally defined as Resistance to the permanent indentation under static and dynamic load. When a material is required to use under direct static or dynamic loads, only indentation hardness test will be useful to find out resistance to indentation. In Brinell hardness test, a steel ball of diameter (D) is forced under a load (F) on to a surface of test specimen. Mean diameter (d) of indentation is measured after the removal of the load (F). Hardness represents the resistance of material surface to abrasion, scratching and cutting, hardness after gives clear indication of strength. In all hardness tests, a define force is mechanically applied on the piece, varies in size and shape for different tests. Common indentors are made of hardened steel or diamond. Rockwell hardness tester presents direct reading of hardness number on a dial provided with the m/c. principally this testing is similar to Brinell hardness testing. It differs only in diameter and material of the indentor and the applied force. Although there are many scales having different combinations of load and size of indentor but commonly C scale is used and hardness is presented as HRC. Here the indentor has a diamond cone at the tip and applied force is of 150 kgf. Soft materials are often tested in B scale with a 1.6mm dia. Steel indentor at 60kgf.

We are a renowned company engaged in the manufacturing, supplying and exporting of a VICAT Needle Apparatus that determines the normal consistency and setting times of cement and 'A' class limes. We make VICAT Needle Apparatus available in desired specifications. Our range of VICAT Needle Apparatus is very efficient and durable.

Highlights :

• Easy maintenance
• Low operating cost
• Affordable prices
• High quality material

Our range of Permeability Apparatus is used for determining the fineness of cement in terms of specific surface expressed as total surface area in square centimeters per gram of cement. These are catering to the diverse applications such as measuring air content in laboratories and testing mix balances & balance weights.

Specifications :
ENTEK-030

• IS:2720 (Part 17) IS: 11209. Consists of Gunmetal Mould 100 mm I. dia x 127.3 mm ht x 1000 cc volume with extension collar 100 mm I. Dia x 60 mm high, Drainage base plate, Drainage cap, Metallic clamping ring, Dummy plate, Porous stone for drainage cap & drainage base.
• Complete Stand wall mounted with three glass tubes of 5mm, 10mm and 20 mm approx. Accessories:
• Overhead tank made of GI sheet approx. 37.5 cm dia x 1 m high.
• It is provided with an inlet port at the top, six outlets at the bottom with cocks, air inlet and water filling tube at the top.
• An arrangement is provided to indicate the water level.

ENTEK-031

• Jodhpur Permeameter: Consists of Permeameter mould, cross section area 50cm. sq. effective ht 6 cms., top cap fitted with water inlet & air release vent, Dynamic compaction base plate, perforated base plate, top plate, static compaction flanged end plug 3 cm & 2.5 cms, compaction collar, 3 cm & 2.5 cm high, 2.5 kg dynamic rammer tool, rod tamper, bottom tank.
• Constant head tank glass tine with air intake tube, set of two stand pipes, spare brass tube & rubber bung, Core cutter cross sectional area 50 cm.sq.& height 6 cm, dolly and centering ring for cutter

Our company is engaged in manufacturing and supplying a wide range of Direct Shear Apparatus for cohesive soils is conducted using motorized and manual mode shear box equipment. This apparatus is used to determine the shear strength of soil and find application in construction (buildings, bridges, and dams), testing of rock samples and testing of minerals.

Specifications :
ENTEK-032

• Direct Shear Apparatus, IS: 2720 (P-xiii), IS: 11229, ASTMD3080, BS 1377. 12 rates of strains 1.25 to 0.0002 mm/min.
• Consists of: Shear box assembly. Halves of shear box-set of two, Plain gripper plates - pair, Perforated gripper plates-pair, Porous stone-pair, Top Loading pad, Base plate, Shear box housing with two ball roller strips, specimen cutter, weight to give normal stress of 3 kg/cm.sq.
• Comprises of: 0.05 kg/cm.sq.4, 0.10 kg/cm.sq. 1, 0-20kg/cm.sq 1, 0.50 kg/cm.sq3, l.Okg/cm.sql. electrically. 220V, 1 Ph, 50 cycles, AC supply.

ENTEK-033 : Direct Shear Apparatus Single rate of strain 1.25mm/min. Motorised.

ENTEK-034

• Direct shear apparatus, Hand operated. Accessories:
• High sensitivity Proving ring 2 kN (200 kg) cap. with ENTEK calibration report.
• Dial gauge 0.01 x 25 mm travel.

Spares : Shear Box moulds in two halves with Perforated Gripper plates, Plain gripper plates & porous stones.

ENTEK-035

• The apparatus is similar to ENTEK-029 model, but with Electronic outfit in place of Proving ring and Dial gauges.
• Electronic Conversion kit
• Consists of: 3 Channel Digital indicator, Load Cell 2 kN cap Universal type, Displacement Sensor.

ENTEK-036

• Direct Shear apparatus. Large, IS: 2720 (P-xxxix, sec-l), IS: 11593.
• Motorised cap. 50 kN with 72 speeds. Specimen size: 30x30 cm, change gear-12, 415V, or 1 Phase, AC supply.

Loading Unit

• Supplied with load yoke with direct and lever system for applying load. Normal stress capacity 8kg/sq.cm. Load is applied either directly of through a counter balanced detachable lever. Provision is made for load to be applied either through a steel ball recessed in the loading pad or direct through a boss on the pre calibrated loading yoke. The loading unit is provided with V strips and roller strips for frictionless movement of shear box housing.

Shear Box Assembly

• Comprising Direct Shear box in two halves for a square specimen size 60 x 60 x 25 mm one pair of plain gripper plates, one pair or perforated gripper plates, one pair or porous stones, one top loading pad. Shear box housing: Accommodates the Direct Shear Box assembly. Complete with two ball roller strips.

• Highly efficient
• Low maintenance
• Market competitive prices
• Durable machinery

The application of the direct-balancing principle makes it possible to provide simple, highly precise digital electrical measuring instruments with an optimum operating speed by means of switching elements with relatively low stability requirements. By combining the direct-balancing principle with the tracking operating condition, it is possible to obtain a reliable, efficient, and simple universal digital electrical measuring instrument suitable for measuring with high precision relatively rapid voltage variations.

Industrial flow measurements include measuring of flow rate of solids, liquids and gases. There are two basic ways of measuring flow ; one on volumetric basis and the other on weight basis. Solid materials are measured in terms of either weight per unit time or mass per unit time. Very rarely solid quantity is measured in terms of volume. Liquids are measured either in volume rate or in weight rate. Gases are normally measured in volume rate. In this chapter, the flow measurements of liquids and gases will be discussed in detail rather than that of solids.

This apparatus is used to measures resistance of an aggregate to crushing under a gradually applied compressive load.

Specifications : Consists of M.S.Cylindrical container 150 mm ±0.5mm dia x 130mm to 140mm high with base plate 200 to 230 mm./sqr x 6mm thick. A plinger of 148mm ± 0.5mm dia x 100 to 115mm high. Supplied complete with tamping rod, 16mm dia x 600mm long, one end rounded. And 1 no. Metal measure 115 ± 0.5mm dia x 180 0.5mm high

For density tests on aggregates as per procedure laid down. Made of brass with stainless steel wire mesh 6.3mm size ruggedly constructed, approximately 20cm dia x 20cm high. Complete with handle.

With stainless steel chamber (21 kgcm.sq. Pressure) The autoclave is suitable for conducting accelerated soundness tests on cements or the autoclave expansion test requiring constant steam pressure with the correspondent constant pressure. It consists of a stainless steel cylinder with a welded heat insulated voer, mounted on a sturdy supporting frame, enclosed in a heat insulated metal housing, attractively finished. The attached control unit encloses a sensitive pressure regulator and pressure gauge, power switches and pilot lights for controlling the electric heating units. Inside chamber dimensions - 10.5 cm diameter x 40.5 cm height suitable for operation on 230 v, 50 Hz, Single Phase, A.C.Supply. Supplied complete with test bar holder, special rack to hold specimens above water level in the autoclave and in a vertical position to expose them in the same manner.

Aniline point apparatus as per IP 2 & IS 1448 (P-3), ASTM D 611 method a a complete with jacket (without thermometer) Aniline point apparatus as per IP-2 method 'B' ASTM D 611 by thin film method B Electrically heated with elec. stirrer (without thermometer) *spare tap *spare contraction chamber *spare metal stirrer Aniline point apparatus as per IP-2 method 'D' by U-tube method electrically heated with FHP stirrer (without thermometer) *spare ‘U’ tube * Aniline point thermometer IP 20C * Aniline point thermometer IP 21C Dean and Stark apparatus for estimation of moisture in lubricating oils as per IP-74, ASTM D 95 with one 10 CC receiver flask, condenser with clamp holder and Heater with energy regulator.

This is for mechanical analysis and also other laboratory applications for stirring. Speed approximately 4000rpm under load. A dispersion cup is supported on a rest on the stand of the stirrer and has a removal baffle. For operation on 230-250 volts A.C. Supplied without dispersion cup or baffle.

It is used for the determination of the consistency of freshly mixed concrete, where the maximum size of the aggregate does not exceed 38mm. The Apparatus consists of one slump cone with handles and foot pieces. The slump cone has internal dimensions 20cm. dia at base 10cm. top dia. and 30cm height. Foot pieces can be fixed to the clamps on the base plate. The base plate has lifting handle for easy transportation. One graduated steel rod 16mm dia x 600mm long, rounded at one end and graduated in mms, is also supplied.