BIMAL S.p.A, ITALY

BIMAL S.p.A, ITALY:-

Kemtech is pleased to join hands with BIMAL S.p.A. to finally bring to the Indian industry the world's most technologically advanced testing machines solutions from the world-renowned Italian company.

BIMAL since its establishment in 1984, designs, manufactures and installs test stands to fulfill the market demand for both production and laboratory machines in four industrial sectors: hydraulic, mechanical, aeronautics and automotive.

The company, one of the few in the field, provides the client with a 360 ° support through a complete engineering structure and highly qualified personnel which allows to have internally all the know-how of its own machines, manufactured exclusively in Bimal’s plant in Perugia, Italy.

Bimal is a worldwide leading company in testing of mechanical and fluidic components, and it is also technological leader in the field of impulse, high pressure, automotive and aerospace testing

The production includes a wide range of test stands, Standard and Custom. The Standard test stands are developed to meet requirements dictated by International regulations such as ISO, SAE standards. Moreover these are standard designs, well proven in years of experience. The Custom test stands meet the specific needs of specific Customers and products, providing them a tailor-made solution.

BIMAL PRODUCT RANGE 

STANDARD MACHINES:

• Impulse testing machines (also with temperature controlled chamber)
• Burst testing machines
• Flushing equipment
• Volumetric expansion & Elongation machines
• Surge flow test , Pressure drop testing machines
• Run in and testing machines for pumps and motors
• End of Line testing for hydraulic valves

CUSTOM MACHINES:

• End of Line and Research & Development testing equipment for all application fields, according to customer’s specifications

APPLICATIONS AND MARKETS SERVED: 

Testing machines and equipment for manufacturers and OEMs in the following fields and for the following components:

• HYDRAULICS: hoses, pipes, valves, fittings, quick couplings, filters, accumulators, etc. 
• MECHANICS: gearbox, brakes, clutches, axles, drivelines,
• AEROSPACE: machines operating with special fluids such as Skydrol, MIL-H, MIL-L, Water / Gycol, etc. 
• MOBILE: tractors, steering units, transmissions, radiators 
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Servo Pumps

What Is A Servo Valve?

In hydraulics – that is, the applied science that deals with the mechanical properties of liquids – a valve is a device that is used to control liquid flow. Valves are used to stop or start the flow, tell the flow which direction to go, increase or decrease its speed, and release or regulate the pressure created by the flow.

There are many types of valves, but in the simplest terms, you can see the valves opening and closing in the accompanying hand pump illustration by Michael Frey from WikiMedia.org.

Simple manual valves like those shown in the illustration are fine for low precision work. However, there are pipe systems that require a high degree of accuracy when it comes to controlling liquid flow. When high degrees of precision are needed, engineers often use servo valves to provide it.

A servo valve is a high-performance device for manipulating sophisticated pipe systems.

In sophisticated piping systems, it’s not always possible to handle valves manually. Doing so does not guarantee accuracy, and the flow may be too much to manage by hand. Manual control can also potentially be time-consuming and dangerous when using extreme quantities, pressures, temperatures, or chemicals.

Servo valves make managing piping systems, particularly closed-loop systems, much easier and more efficient. That is because they work using electrical signals and are operated remotely.

How does a servo valve work?

The process is actually quite simple. When you need to change the flow inside a particular piping system, whether to stop or start it, reroute it, change the pressure or modify its velocity, all you need to do is to send a low-powered electrical signal to the appropriate servo valve in your system using a digital control panel.

This low-powered signal goes through an amplifier, which boosts the signal until it becomes strong enough to change the position of the servo valve. The servo valve then manipulates the actuator (the equivalent to a simple kind of hand wheel) into carrying out the changes you want to see happen with the flow. And because the system is closed-loop, feedback is directed to the servo valve. This feedback enables the servo valve to generate a more accurate response to the received command.

Servo valves are used wherever a high degree of accuracy and control is required.

Servo valves are designed with accuracy and control in mind, and are often installed in systems that require efficiency. Applications for servo valves include regulating fluid flows at hydroelectric power plants and sites for mining gas or oil; regulating fuel flow in aircraft engines; and blow molding or the manufacture of hollowed plastic.

Additionally, since the workload on servo valves is great, they are typically expensive. Many engineers opt to use proportional valves instead of servo valves if they have calculated that they don’t really need the kind of accuracy and detailed output that servo valves provide. Also, on a case-to-case basis, the expense involved in purchasing new servo valves causes many engineers to seek out servo valve repair services when their servo valves fail.

Hydraulic Pump Repair

Hydraulic Pump Repair

Save 70% Over The Cost Of New OEM Equipment. Servicing Vickers, Parker, Moog, Bosch Rexroth, Atos, Beach Russ, Yuken, and more …

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Every hydraulic pump you send in for repair goes through our rigorous inspection process. We perform a detailed cleaning and inspection before rebuilding your unit with precision machined parts. Upon completion of the rebuild, we dynamically test your unit thoroughly to ensure its level of OEM efficiency has been met or exceeded. All rebuilt hydraulic pumps pass tough quality checks before leaving our ISO 9001:2008 Quality Management compliant repair facility.

Your hydraulic pump is …

• Rebuilt With Precision Machined Parts That Meet Or Exceed OEM Specifications
• Performance Tested For A Minimum Of 6 Hours
• Warranted For 3‑Years Operating Time

KALINCHOWK BHAGWATI TEMPLE DOLAKHA

Kalinchowk Bhagwati Temple is a Hindu shrine in Dolakha District of Nepal. It is situated in Kalinchowk VDC on Dolakha at the altitude of 3842m from sea-level. Its a part of Gaurishankar Conservation Area from where two rivers Sun Kosi and Tama Kosi river are originated.

District: Dolkha District

Location: Kalinchowk

VDC

Country: Nepal

Sanctum: Kali(An incarnation of goddess Durga)

Location:-

It lies 15 km North-West of Charikot-District Headquarter of Dolakha and it situated 3842 meter above sea level.

Introduction:-

Kalinchowk Bhagwati can be promoted as a destination for both religious and Entertainment mongers type of Tourists. Kunda (pond) of Bhagwati Mai lies at the hilltop. Idols of Goddess Bhagwati and Ganesh lies near to the pond while bells and trident are placed at periphery. Kalinchowk Bhagwati is taken as 'The wish fulfiller One'.

Major Attractions:-

1. since the hill is a place of snowfall, people come here to amuse themselves by playing with the Snow.

2. Beautiful Scenery of Himalayas Ranges, Villages and Landspaces can be seen from the hill.

3. 'Kuri Valley' which lies at the foothill Kalinchowk.

4. 2 km south of the temple lies Kuti (Temporary house) of sage Siddha baba.