l The power head adopts tubeless integrated valve body, which has simple structure and low failure rate, avoid oil and gas channeling.

l Unique design on cushion valve can eliminate the hydraulic impact of stop and fast returning actions of hammer, cushion and reduce shock.

l Patented operation valve can achieve the action of heave hit, light hit, slow down, hammer hanging, etc.

l Flexible design of hammer rod, life more than doubled.

l The hammer head can be slowly lifted and slowly lowered, and the operation of replacing the die is safe, convenient and fast.

l High precision of forging and long service life of hammer and die.

Model Item		Fully hydraulic close die forging hammer
Model Item		C86-35 (1T)	C86-60 (2T)	C86-85 (3T)	C86-145 (5T)	C86-200 (8T)	C86-250 (10T)	C86-400 (16T)
Maximum strike energy (KJ)		＞35	＞60	＞85	＞145	＞200	＞250	＞400
Falling part mass (Kg)		1500	2500	3500	6000	8600	10500	16300
Hit Frequency (minˉ1)		60	60	60	60	60	60	60
*Specific strike duration is determined according to customer needs		60	60	60	60	60	60	60
Maximum stroke (mm)		1000	1200	1250	1300	1350	1400	1500
Distance between guide (mm)		540	600	700	740	900	1000	1200
Min. height(excluding dovetail) (mm)		220	260	350	400	430	450	500
Shape size (LWH)(mm)		2400 1400 6000	3000 1700 6500	3200 1500 7100	3700 2100 8600	4300 2700 11200	4400 2700 12000	4500 2600 13100
Shape size of oil tank (mm)		2000 1500 1300	2700 2000 1600	2700 2000 1600	3600 1200 1600	4500 2000 1600	5400 2000 1500	7200 2000 1600
Main oil pump model		A2F160R2P3	A2F125R2P3	A2F160R2P3	A2F160R2P3	A2F160R2P3	A2F160R2P3	A2F250R2P3
Main motor	Model	Y225M-4-B35	Y225M-4-B35	Y250M-4-B35	Y250M-4-B35	Y250M-4-B35	Y250M-4-B35	Y280M-4-B35
Main motor	Power (KW)	55 x 1	55x1	55x2	55 x 3	55x3	55x4	75x5
Type of cooling oil pump		KCB-200	KCB-200	KCB-300	KCB-483.3	KCB-633	KCB-960	2*KCB-633
Cooling motor power (KW)		4	4	5.5	7.5	7.5	7.5	7.5

Note: Due to the continuous improvement and development of our products, the structure and parameters of our products are subject to change without notice. The specific technical parameters are subject to documents provided with equipment. If you have any questions, please contact our technical support.

Contrast Table of Electro-hydraulic Hammer and Traditional Hammer
Serial No.	Steam/air hammer	Full hydraulic electric hydraulic hammer
1	Energy efficiency is 1-3%, even as low as 0.2%. High cost.	Energy efficiency reach 20%-30%. Low cost.
2	Using coal (or electricity) as energy source, compressed steam (or air) as medium	Using electricity as energy source, hydraulic oil as medium
3	The strike energy comes from the work done by compressed steam or air and the work done by gravity of the falling part.	The strike energy comes from the work done by high-pressure oil and the work done by gravity of the falling part.
4	Gas leakage	No oil and gas channeling, high service life of hammer rod seal.
5	Shortage and instability of strike energy	Stroke Energy is full and stable
6	Big noise, environmentally unfriendly	Small noise, environmentally friendly
7	The air compressor must be opened before opening the equipment.	Start and stop at any time
8	Poor working environment	Good working environment

Upgrading by Full Hydraulic Power Head

Our company's full hydraulic hammer power head system includes full hydraulic power head, hydraulic station, gas cylinder group, electrical control cabinet and corresponding oil and gas connection pipeline. It is suitable for the upgrading of steam hammer, pneumatic hammer and old hydraulic hammer. By retaining the anvil block and the hammer frame of the original hammer, reforming the X guide rail and installing a new full hydraulic power head system, the old hammer becomes a full hydraulic hammer with advanced performance, small investment, short cycle and high benefit.

Hydraulic single arm electro-hydraulic hammer1

Full hydraulic power head Hydraulic station

The advantages after upgrading are as follows:

1. Hit energy is large, hit speed is fast and frequency is high.

Using 12.5-14 MPa high pressure oil, personalized design can be used to increase the impact energy by more than 20% on the basis of the original hammer, and the speed is fast. Short stroke design can be used to achieve higher strike frequency.

2. Simple structure, the failure rate is very low and the maintenance is convenient.

The power head adopts tubeless integrated valve body, which has simple structure, low overall maintenance frequency and avoid oil and gas channeling.

3. Low energy consumption, energy saving and environmental protection.

Accurate impact energy control and advanced hydraulic system design greatly reduce the noise and energy consumption of forging hammer.

4. Light operation, low labor intensity and low cost.

There are a variety of strike modes, responsive, programmable strike can be achieved, easy to operate, reduce the labor intensity of workers. Cancel air compressor, reduce maintenance cost and manpower.

5. High safety.

The power head has a special shock absorption system, which greatly reduces the impact force of the hammer when it returns quickly. Multiple safety designs in whole hydraulic system.

6. Upgrading cycle is short, investment is small and benefit is high.

Upgrading of steam/air forging hammer with power head for full hydraulic hammer saves time and money, and reduces energy consumption by 40-50% compared with the original hammer. The number of motor units put into operation can be selected according to the working conditions, which is more energy-saving and benefit obviously.