General Purpose Threaded Ram Manufacturers In Navi Mumbai, India

General Purpose Jacks - Threaded Ram With Safety Lock Nut, Single Acting, Spring Return

Hydraulic jacks use pressurized fluid to lift or push heavy objects. They are widely utilized in different industries such as construction, mining, engineering, automotive, etc. Hydraulic jacks come in different types, sizes, and capacities depending on the application and the load requirements.

One of the common types of hydraulic jacks is the general purpose jack threaded ram. This type of jack has a threaded ram that can be screwed into a lock nut to hold the load securely for a long time. The threaded ram also allows for precise adjustment of the height and position of the load.

General purpose jacks threaded ram is usually single acting, which means they have one hydraulic port and rely on a spring to retract the ram when the pressure is released. They can also be double acting, which means they have two hydraulic ports and can extend and retract the ram by applying pressure alternately.

Orione Hydropower is a leading manufacturer and supplier of General Purpose Jacks Threaded Ram in Navi Mumbai, Maharashtra, India. Our high-end designs are made of metal to prevent corrosion and withstand wear. As a trusted manufacturer in Navi Mumbai, we use only the finest quality materials to deliver the best options to our customers. Please browse our website and place your order according to your preferences.

Capacity (ton)	Capacity (kN)	Stroke (mm)	Model	Effective area (cm2)	Oil cap. (cc)	Closed height (mm)	Wt. (Approx.) (kg)
10	111	150	OST 10-150	15.9	239	245	4.50
15	167	150	OST 15-150	23.8	356	250	6.50
20	218	150	OST 20-150	31.2	468	260	9.00
25	270	150	OST 25-150	38.5	577	270	11.30
30	309	150	OST 30-150	44.2	663	275	14.50
50	550	150	OST 50-150	78.5	1178	290	26.50
75	792	150	OST 75-150	113.1	1696	295	37.00
100	1077	150	OST 100-150	153.9	2309	305	56.00
150	1589	150	OST 150-150	227	3405	325	86.00
200	2199	150	OST 200-150	314.2	4712	340	110.00
250	2661	150	OST 250-150	380.1	5702	350	134.00
300	3167	150	OST 300-150	452.4	6786	370	176.00
400	4008	150	OST 400-150	572.6	8588	405	240.00
500	4948	150	-	706.86	10603	-	0.00

Capacity (ton)	Capacity (kN)	Stroke (mm)	Model	Effective area (cm2)	Oil cap. (cc)	Closed height (mm)	Wt. (Approx.) (kg)
10	111	150	OSTS 10-150	15.9	239	255	4.7
15	167	150	OSTS 15-150	23.8	356	265	6.7
20	218	150	OSTS 20-150	31.2	468	275	9.3
25	270	150	OSTS-25-150	38.5	577	285	11.7
30	309	150	OSTS 30-150	44.2	663	290	15
50	550	150	OSTS 50-150	78.5	1178	305	27
75	792	150	OSTS 75-150	113.1	1696	320	38
100	1077	150	OSTS 100-150	153.9	2309	325	57
150	1589	150	OSTS 150-150	227	3405	350	88.5
200	2199	150	OSTS 200-150	314.2	4712	365	114
250	2661	150	OSTS 250-150	380.1	5702	385	139
300	3167	150	OSTS 300-150	452.4	6786	405	183.5
400	4008	150	OSTS 400-150	572.6	8588	445	252
500	4948	150	OSTS 500-150	706.86	10603	465	363

Capacity (ton)	Capacity (kN)	Stroke (mm)	Model	Effective area (cm2)	Oil cap. (cc)	Closed height (mm)	Wt. (Approx.) (kg)
600	5987	150	OLTS 600-150	855.3	12829	495.00	495
800	7939	150	OLTS 800-150	1134.1	17012	535.00	731
1000	9930	150	OLTS 1000-150	1418.6	21279	570.00	970
1500	15154	150	OLTS 1500-150	2164.8	32472	660.00	1810
2000	20458	150	OLTS 2000-150	2922.5	43837	750.00	2705

Capacity (ton)	Capacity (kN)	Stroke (mm)	Model	Effective area (cm2)	Oil cap. (cc)	Closed height (mm)	Wt. (Approx.) (kg)
10	111	50	OSPS 10-50	15.9	80	145	2.6
10	111	100	OSPS 10-100	15.9	159	195	3.4
10	111	150	OSPS 10-150	15.9	239	245	4.2
10	111	200	OSPS 10-200	15.9	318	295	4.9
15	167	50	OSPS 15-50	23.8	119	155	4.6
15	167	100	OSPS 15-100	23.8	238	205	5.6
15	167	150	OSPS 15-150	23.8	356	255	6.6
15	167	200	OSPS 15-200	23.8	475	305	7.6
20	218	50	OSPS 20-50	31.2	156	160	5.1
20	218	100	OSPS 20-100	31.2	312	210	6.3
20	218	150	OSPS 20-150	31.2	468	260	7.7
20	218	200	OSPS 20-200	31.2	623	310	8.9
25	270	50	OSPS 25-50	38.5	192	170	7
25	270	100	OSPS 25-100	38.5	385	220	8.7
25	270	150	OSPS 25-150	38.5	577	270	10.3
25	270	200	OSPS 25-200	38.5	770	320	12.1
30	309	50	OSPS 30-50	44.2	221	175	9.4
30	309	100	OSPS 30-100	44.2	442	225	11.9
30	309	150	OSPS 30-150	44.2	663	275	13.9
30	309	200	OSPS 30-200	44.2	884	325	15.9
50	550	50	OSPS 50-50	78.5	393	190	16
50	550	100	OSPS 50-100	78.5	785	240	19.5
50	550	150	OSPS 50-150	78.5	1178	290	23
50	550	200	OSPS 50-200	78.5	1571	340	27
75	792	50	OSPS 75-50	113.1	565	205	22.9
75	792	100	OSPS 75-100	113.1	1131	255	27.9
75	792	150	OSPS 75-150	113.1	1696	305	33.9
75	792	200	OSPS 75-200	113.1	2262	355	38.9
100	1077	50	OSPS 100-50	153.9	770	205	31
100	1077	100	OSPS 100-100	153.9	1539	255	38.5
100	1077	150	OSPS 100-150	153.9	2309	305	45.5
100	1077	200	OSPS 100-200	153.9	3079	355	53
150	1589	50	OSPS 150-50	227	1135	225	56
150	1589	100	OSPS 150-100	227	2270	275	67
150	1589	150	OSPS 150-150	227	3405	325	78
200	2199	50	OSPS 200-50	314.2	1571	240	74.5
200	2199	100	OSPS 200-100	314.2	3142	290	90
200	2199	150	OSPS 200-150	314.2	4712	340	105.5
250	2661	100	OSPS 250-100	380.1	3801	305	114
250	2661	150	OSPS 250-150	380.1	5702	355	131
250	2661	200	OSPS 250-200	380.1	7603	405	148
300	3167	100	OSPS 300-100	452.4	4524	320	148
300	3167	150	OSPS 300-150	452.4	6786	370	171
300	3167	200	OSPS 300-200	452.4	9048	420	194
400	4008	100	OSPS 400-100	572.6	5726	355	201
400	4008	150	OSPS 400-150	572.6	8588	405	228
400	4008	200	OSPS 400-200	572.6	11451	455	254
500	4948	100	OSPS 500-100	706.9	7069	365	270
500	4948	150	OSPS 500-150	706.9	10603	415	306
500	4948	200	OSPS 500-200	706.9	14137	465	343

Capacity (ton)	Capacity (kN)	Stroke (mm)	Model	Effective area (cm2)	Oil cap. (cc)	Closed height (mm)	Wt. (Approx.) (kg)
600	5987	100	OLPS 600-100	855.3	8553	390	357
600	5987	150	OLPS 600-150	855.3	12829	440	404
600	5987	200	OLPS 600-200	855.3	17106	490	450
800	7939	100	OLPS 800-100	1134.1	11341	425	525
800	7939	150	OLPS 800-150	1134.1	17012	475	590
800	7939	200	OLPS 800-200	1134.1	22682	525	654
1000	9930	100	OLPS 1000-100	1418.6	14186	460	721
1000	9930	150	OLPS 1000-150	1418.6	21279	510	800
1000	9930	200	OLPS 1000-200	1418.6	28373	560	879
1500	15154	100	OLPS 1500-100	2164.8	21648	545	1352
1500	15154	150	OLPS 1500-150	2164.8	32472	595	1482
1500	15154	200	OLPS 1500-200	2164.8	43296	645	1612
2000	20458	100	OLPS 2000-100	2922.5	29225	615	2023
2000	20458	150	OLPS 2000-150	2922.5	43837	665	2195
2000	20458	200	OLPS 2000-200	2922.5	58450	715	2367

Features of General Purpose Jacks Threaded Ram

Some features and benefits of general purpose jacks threaded ram are:

They have a high capacity ranging from 10 to 1000 tons and stroke lengths up to 300 mm.

They have low height and compact design that makes them suitable for confined spaces.

They have spherical saddles for larger capacities that can accommodate misalignment and angularity of loads.

They have aluminum bodies for lighter weight and corrosion resistance.

They have fast and complete ram retraction due to the spring return mechanism.

They have double acting models that can extend and retract faster than single acting models.

Applications of General Purpose Jacks Threaded Ram

General purpose jacks threaded ram have various applications such as:

Lifting and supporting heavy structures such as bridges, buildings, piles, beams, and columns

Pushing and pulling machinery, equipment, vehicles, and tools

Testing concrete strength, soil compaction, and pile integrity

Aligning and leveling components during assembly or installation

Clamping and pressing metal sheets, pipes, or tubes

Advantages of General Purpose Jacks Threaded Ram

General purpose jacks threaded ram have several advantages such as:

High load capacity ranging from 10 to 1000 tons

Long stroke length up to 300 mm

High working pressure of up to 700 bar

Durable construction with coated pistons to resist corrosion and abrasion

Spherical saddle for better load distribution (optional for lower capacities)

Fast and complete ram retraction

However, general purpose jacks threaded ram also have some limitations, such as:

Limited side load capacity due to the thread design

Need for regular lubrication of the threads to prevent wear and tear

Risk of overloading or damaging the jack if not used properly

Safety Precautions

Therefore, it is essential to follow some safety precautions when using general purpose jacks threaded ram, such as:

Always use a suitable pump with adequate pressure rating and flow rate

Always use high-quality hydraulic oil with proper viscosity and cleanliness

Always check the jack for any leaks, cracks, or damages before use

Always use a flat and stable base to support the jack

Always align the jack with the load axis to avoid bending or tilting

Always use a gauge or indicator to monitor the pressure applied on the jack

Always release the pressure gradually after completing the operation

Working Process of General Purpose Jacks Threaded Ram

General purpose jacks threaded ram are hydraulic devices that lift, push or pull heavy loads with high force. They have a threaded ram with a safety lock nut that can hold the load in place for a long time. They are used for various applications such as concrete pile testing, bridge support work, construction, and heavy industries.

The working process of general purpose jacks threaded ram can be outlined as follows:

1. The jack is connected to a hydraulic pump that supplies pressurized oil to the jack through a hose.

2. The pump is operated by an electric motor or a manual lever to generate the required pressure and flow rate of oil.

3. The oil enters the jack through an inlet port and pushes the piston inside the cylinder upwards.

4. The piston moves the ram upwards along with the load attached, utilizing a saddle or an adapter.

5. The ram has a thread on its outer surface that matches the thread on the lock nut inside the cylinder.

6. As the ram moves up, it rotates slightly and engages with the lock nut, which prevents it from sliding back down under gravity or external force.

7. The load is thus held securely by the jack in any position without any oil leakage or pressure loss.

8. To lower the load, the pump is reversed or stopped, and a release valve on the jack is opened to allow oil to flow back from the cylinder to the reservoir.

9. The piston moves down due to its weight and disengages from the lock nut, which rotates slightly and allows the ram to slide freely.

10. The load is lowered gradually by controlling the oil flow speed through the release valve until it reaches its desired position.

Why Choose Orione Hydropower?

General purpose jacks threaded ram are versatile hydraulic tools that help you perform various lifting and pushing tasks efficiently. However, they require proper maintenance and care to ensure optimal performance and safety.

Orione Hydropower has built a solid customer base by specializing in application solutions, timely delivery of hydraulic products, and sales service of Hydraulic jacks, Hydraulic Systems, Hydraulic Power Pack, and elements for almost all industries such as Machine Tools, Steel Plants, Cement Industries, Process Industries, Constructions, and OEM.

The organization's primary goal is to provide high-quality, dependable services to industries. The purpose of the product and creating cost-effective solutions that fulfill or surpass our customers' expectations are the focus of our thoughts and activities, not the product itself.

Orione Hydropower is a leading producer, supplier, exporter, and trader of Low Height Jacks Single Acting in Navi Mumbai, India. This hydraulic jack is available across India. Please quote here if you have this product!

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