Enerpac Hydraulic Cylinders and Jacks

Durable, High-Performance Solutions in South Africa

Discover premium Enerpac hydraulic cylinders and jacks at Kiloton, your trusted authorised importer and distributor across South Africa and Sub-Saharan Africa. Our extensive range of hydraulic cylinders is designed to meet the most demanding lifting, pushing, pulling, bending, and holding requirements for mining, construction, manufacturing, and industrial applications.

We offer a variety of configurations, including single-and double-acting cylinders and solid and hollow plungers, plus diverse force capacities and stroke lengths, ensuring you find the perfect match for your project’s high-pressure hydraulic requirements.

Unsure which hydraulic cylinder or jack suits your application? Our experienced team is ready to guide you through the selection process with targeted questions to guarantee you get the right Enerpac hydraulic solution the first time, every time.

If you’re unsure about which hydraulic cylinder is right for your application, reach out to us today. Be sure to check out the set of questions we’ll ask to help you select the perfect Enerpac high-pressure hydraulic cylinder for the job, the first time, every time.

Explore Our Full Range of Enerpac Cylinders and Jacks Below

RC-Series DUO, Single-Acting Cylinders

Enerpac RC Cylinders
Capacity:
5 – 95 ton
Stroke:
16 – 362 mm
Maximum Operating Pressure:
700 bar

RAC-Series, Aluminium Cylinders

Enerpac RAC-Series Aluminium Cylinders
Capacity:
20 – 150 ton
Stroke:
50 – 250 mm
Maximum Operating Pressure:
700 bar

RACL-Series, Aluminium Lock Nut Cylinders

RACL-Series
Capacity:
20 – 150 ton
Stroke:
50 – 250 mm
Maximum Operating Pressure:
700 bar

RACH, Aluminium Hollow Plunger Cylinders

RACH-Series, Aluminium Hollow Plunger Cylinder
Capacity:
20 – 150 ton
Stroke:
27- 79 mm
Maximum Operating Pressure:
700 bar

RAR, Double-Acting, Aluminium Cylinders

RAR-Series, Double-Acting Aluminium Hydraulic Cylinders
Capacity:
20 – 150 ton
Stroke:
50 – 250 mm
Maximum Operating Pressure:
700 bar

RARH, Double-Acting, Hollow Plunger Cylinders

RARH, Double-Acting, Hollow Plunger Cylinders
Capacity:
30 – 150 ton
Stroke:
50 – 250 mm
Maximum Operating Pressure:
700 bar

LPL-Series, Low Height, Lock Nut Cylinder

ENERPAC-LPL-SERIES-CYLINDERS
Capacity:
60 – 500 ton
Stroke:
45 – 50 mm
Maximum Operating Pressure:
700 bar

RSM & RCS-Series, Low Height Cylinders

Enerpac RSM and RCS Series Low Height Cylinders
Capacity:
5 – 150 ton
Stroke:
6 – 62 mm
Maximum Operating Pressure:
700 bar

BRC, BRP-Series, Pull Cylinders

BRC & BRP-Series Hydraulic Pull Cylinders
Capacity:
2,5 – 50 ton
Stroke:
127 – 155 mm
Maximum Operating Pressure:
700 bar

RCH-Series, Hollow Plunger Cylinders

RCH-Series Enerpac Hollow Plunger Cylinders
Capacity:
13 – 95 ton
Stroke:
8 – 155 mm
Maximum Operating Pressure:
700 bar

RRH-Series, Hollow Plunger Cylinders

Enerpac RRH-Series Hollow Plunger Hydraulicc Cylinders
Capacity:
30 – 145 ton
Stroke:
38 – 258 mm
Maximum Operating Pressure:
700 bar

BRD-Series, Precision Production Cylinders

BRD-2510, BRD-96, BRD-256, BRD-41, BRD-166
Capacity:
4 – 23 ton
Stroke:
28 – 260 mm
Maximum Operating Pressure:
700 bar

RR-Series, Double-Acting Cylinders

Enerpac RR-Series General Purpose Hydraulic Cylinders
Capacity:
10 – 520 ton
Stroke:
57 – 1219 mm
Maximum Operating Pressure:
700 bar

HCG-Series, High Tonnage Cylinders

Enerpac hcg-series-hydraulic-cylinders
Capacity:
50 – 1000 ton
Stroke:
50 – 300 mm
Maximum Operating Pressure:
700 bar

HCR-Series, High Tonnage Cylinders

Enerpac HCR-Series Double Acting High Tonnage Cylinders
Capacity:
50 – 1000 ton
Stroke:
50 – 300 mm
Maximum Operating Pressure:
700 bar

HCL-Series, Lock Nut Cylinders

enerpac-hcl-series-lock-nut-cylinders_300x300
Capacity:
50 – 1000 ton
Stroke:
50 – 300 mm
Maximum Operating Pressure:
700 bar

JH, JHA-Series, Aluminium and Steel Jacks

JH & JHA-Series Enerpac Aluminium and Steel Jacks
Capacity:
7 – 150 ton
Stroke:
76 – 155 mm
Maximum Operating Pressure:
700 bar

GBJ-Series, Industrial Steel Bottle Jacks

Enerpac GBJ-Series Jacks
Capacity:
2 – 100 ton
Stroke:
62 – 460 mm

PR-Series, POW’R-RISER® Lifting Jack

Enerpac PR-Series
Rated Lifting Capacity:
54 – 181 ton
Stroke:
356 – 686 mm
Maximum Operating Pressure:
700 bar

Extreme Environment Products

P-142ALSS, P-392ALSS, V-152NV, V-66NV, RC-256NV, RC-106NV, RC-53NV
Cylinder Capacity:
5 – 25 ton
Stroke:
54 – 158 mm
Maximum Operating Pressure:
700 bar

SC-Series, Cylinder-Pump Sets

SCR-1010H
Capacity:
5 – 95 ton
Stroke:
38 – 362 mm
Maximum Operating Pressure:
700 bar

What Makes Kiloton the Trusted Choice for Enerpac Cylinders?

Authorised Distributor and Official Importer
We supply only genuine Enerpac hydraulic cylinders and jacks, backed by OEM quality and full warranty support.

24/7 On-Site Support and Service
Our local field teams are ready across South Africa to provide fast maintenance, repairs, and technical assistance, minimising downtime on your site.

Rental Solutions to Maximise Flexibility
Need hydraulic cylinders or jacks for short-term projects or urgent tasks? Kiloton offers competitive rental options to keep your operation running without the capital expense.

Expertise Across Mining, Construction, and Manufacturing
We understand the challenges faced by South African industries and provide tailored solutions that meet strict safety and compliance requirements.

Frequently Asked Questions

A hydraulic jack, sometimes referred to as a cylinder, is a mechanical device engineered to lift substantial loads, such as vehicles, industrial equipment, or large machinery, by transforming hydraulic pressure into lifting force. Unlike traditional mechanical jacks that depend on levers or screw mechanisms, hydraulic jacks operate through fluid pressure, enabling them to lift greater weights more efficiently.

Noteworthy aspects include:

  • Hydraulic jacks are capable of lifting significant weights with relatively minimal human effort.
  • Common varieties include bottle jacks, floor jacks, and high-pressure hydraulic jacks.
  • High-pressure hydraulic jacks, in particular, are designed for industrial applications, such as construction, mining, and the maintenance of heavy machinery, where substantial lifting capacity is essential.
  • The efficiency and strength of hydraulic jacks make them indispensable in settings where both power and reliability are required

Safety first! Always wear gloves, safety glasses, and ensure the load is stable. High-pressure jacks can be dangerous if misused.

Step-by-Step Usage Guide

  1. Check the jack:
    1. Inspect for leaks, cracks, or damage.
    2. Make sure the hydraulic fluid level is correct.
  2. Position the jack:
    1. Place it on a stable, flat surface.
    2. Align the jack’s lifting saddle directly under the load’s lifting point.
    3. Never position under unstable or uneven surfaces.
  3. Operate the pump:
    1. For manual high-pressure jacks, use the hand pump or lever to pump hydraulic fluid.
    2. For powered jacks, activate the hydraulic pump.
    3. The load will rise smoothly.
  4. Stabilise the load:
    1. Once lifted, use jack stands or blocks to secure the load. Never rely solely on the jack to hold it.
  5. Lower the load safely:
    1. Slowly open the release valve to let the hydraulic fluid return to the reservoir.
    2. The load will descend in a controlled manner.

High-pressure hydraulic jack tip: Never exceed the rated capacity of the jack.

Avoid sudden release of pressure as it can cause the load to drop dangerously.

If you are unsure, please do not hesitate to contact our team for on-site training support.

Consider your required force capacity, stroke length, cylinder type (single or double-acting), and operating pressure. Kiloton’s experts can guide you through these requirements to ensure the right choice.

Yes, Kiloton offers rental options to provide flexible access to high-quality hydraulic equipment for short-term projects or emergency needs.

Absolutely. Our Enerpac hydraulic cylinders are built to meet the rigorous demands of South African mining, with durable construction and safety compliance.

We offer 24/7 on-site support, preventive maintenance planning, and certified repair services to extend equipment life and reduce downtime.

A hydraulic jack works based on Pascal’s Law, which states that pressure applied to a fluid in a closed system is transmitted equally in all directions. Here’s the step-by-step mechanism:

  1. Hydraulic fluid (typically oil) is pumped into a cylinder via a hand pump or an electric motor.
  2. The fluid is forced into a small piston, generating pressure.
  3. This pressure is transmitted to a larger piston, creating a lifting force much greater than the force applied.
  4. The load is lifted smoothly, and the jack can hold it in place until the release valve is opened.

High-pressure hydraulic jacks use thicker cylinders and higher-rated pumps, allowing them to lift extremely heavy loads with very little effort.

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