HCG1008, 100 ton 1077 KN, 200 mm 7.87 in Stroke, Single Acting High Tonnage Cylinders

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Model:HCG1008

Capacity:100 ton | 1077 KN
Stroke:200 mm | 7.87 inches
Weight:63 kg | 138.9 lbs
Cylinder Effective Area:153.9 m²
Oil Capacity:3080 cm³

Return Type:Single-Acting Load Return

Plunger Type:Solid

Brand Name:Replacement Enerpac's HCG1008
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Description

Model:HCG1008

Product Line: Industrial Tools

Type: Hydraulic Cylinder Ram, Hydraulic Jacks

Customizable with special requirement

- Single Acting, loads return.

- Hard chrome plated high-quality steel plungers.

- Plunger wiper reduces contamination, extending cylinder life.

- The exclusive guide Ring is designed to absorb eccentric loading without galling cylinder parts, reduce wear, and extend life.

- Special painted surface to increase corrosion resistance.

- Easy fixturing with base mounting holes.

- All models include quick couplings (NPT3/8"-18) and dust-proof caps.

- Removable hardened saddles protect the plunger during lifting and pressing.

Image Gallery

HCG1008, 100 ton 1077 KN, 200 mm 7.87 in Stroke, Single Acting High Tonnage Cylinders 1 Image-Axion

HCG1008, 100 ton 1077 KN, 200 mm 7.87 in Stroke, Single Acting High Tonnage Cylinders 2 Image-Axion

HCG1008, 100 ton 1077 KN, 200 mm 7.87 in Stroke, Single Acting High Tonnage Cylinders 3 Image-Axion

HCG1008, 100 ton 1077 KN, 200 mm 7.87 in Stroke, Single Acting High Tonnage Cylinders 4 Image-Axion

Dimensions

Collapsed Height	A	(mm)	347
Extended Height	B	(mm)	547
Outside Dia.	C	(mm)	188
Cylinder Bore Dia	D	(mm)	140
Plunger Dia.	E	(mm)	100
Base to Advance Port	F	(mm)	54
Saddle Dia.	H	(mm)	100
Saddle Protrusion from Plgr.	J	(mm)	24

Series Comparison

Cylinder Capacity	Stroke	Model Number	Cylinder Effective Area	Oil Capacity	Collapsed Height	Extended Height	Outside Dia.	Cylinder Bore Dia	Plunger Dia.	Base to Advance Port	Saddle Dia.	Saddle Protrusion from Plgr.	Mounting Hole Dimensions			Weight
Cylinder Capacity	Stroke		Cylinder Effective Area	Oil Capacity	Collapsed Height	Extended Height	Outside Dia.	Cylinder Bore Dia	Plunger Dia.	Base to Advance Port	Saddle Dia.	Saddle Protrusion from Plgr.	Bolt Circle	Thread	Thread Depth	Weight
					A	B	C	D	E	F	H	J	O	P	W
ton(KN)	(mm)		(cm2)	(cm3)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)		(mm)	(kg)
50 (550)	50	HCG-502	78.5	392	172	222	140	100	70	41	70	24	70	4-M16	13	21.5
	100	HCG-504	78.5	784	222	322	140	100	70	41	70	24	70	4-M16	13	26
	150	HCG-506	78.5	1176	272	432	140	100	70	41	70	24	70	4-M16	13	31
	200	HCG-508	78.5	1568	322	522	140	100	70	41	70	24	70	4-M16	13	35
	300	HCG-5012	78.5	2352	422	722	140	100	70	41	70	24	70	4-M16	13	44
100 (1077)	50	HCG-1002	153.9	770	197	247	188	140	100	54	100	24	100	4-M20	16	42
	100	HCG-1004	153.9	1540	247	347	188	140	100	54	100	24	100	4-M20	16	49
	150	HCG-1006	153.9	2310	297	447	188	140	100	54	100	24	100	4-M20	16	56
	200	HCG-1008	153.9	3080	347	547	188	140	100	54	100	24	100	4-M20	16	63
	300	HCG-10012	153.9	4620	447	747	188	140	100	54	100	24	100	4-M20	16	70
150 (1588)	50	HCG-1502	226.9	1134	206	256	228	170	120	58	120	24	130	4-M20	16	44
	100	HCG-1504	226.9	2269	256	356	228	170	120	58	120	24	130	4-M20	16	57
	150	HCG-1506	226.9	3403	306	456	228	170	120	58	120	24	130	4-M20	16	70
	200	HCG-1508	226.9	4538	356	556	228	170	120	58	120	24	130	4-M20	16	83
	300	HCG-15012	226.9	6806	456	756	228	170	120	58	120	24	130	4-M20	16	109
200 (2198)	50	HCG-2002	314	1570	221	296	268	200	150	64	150	29	160	4-M24	24	84
	150	HCG-2006	314	4712	321	496	268	200	150	64	150	29	160	4-M24	24	118
	300	HCG-20012	314	9423	471	796	268	200	150	64	150	29	160	4-M24	24	152
300 (3434)	50	HCG-3002	490.6	2453	277	327	320	250	180	74	180	35	220	4-M24	24	155
	150	HCG-3006	490.6	7359	377	527	320	250	180	74	180	35	220	4-M24	24	195
	300	HCG-30012	490.6	14718	527	827	320	250	180	74	180	35	220	4-M24	24	255
400 (4308)	50	HCG-4002	615.4	3077	305	355	370	280	210	83	210	35	240	4-M24	24	240
	150	HCG-4006	615.4	9231	405	555	370	280	210	83	210	35	240	4-M24	24	310
	300	HCG-40012	615.4	18462	555	855	370	280	210	83	210	35	240	4-M24	24	415
500 (5114)	50	HCG-5002	803.8	4019	325	375	420	320	250	93	246	35	280	4-M24	24	285
	150	HCG-5006	803.8	12057	425	575	420	320	250	93	246	35	280	4-M24	24	353
	300	HCG-50012	803.8	24114	575	875	420	320	250	93	246	35	280	4-M24	24	455
600 (6300)	50	HCG-6002	1017.4	5087	386	436	500	360	280	113	280	40	300	4-M24	24	487
	150	HCG-6006	1017.4	15261	486	636	500	360	280	113	280	40	300	4-M24	24	579
	300	HCG-60012	1017.4	30522	636	936	500	360	280	113	280	40	300	4-M24	24	717
800 (8790)	50	HCG-8002	1256	6280	427	477	550	400	320	113	320	57	380	4-M24	24	712
	150	HCG-8006	1256	18840	527	677	550	400	320	113	320	57	380	4-M24	24	860
	300	HCG-80012	1256	37698	677	977	550	400	320	113	320	57	380	4-M24	24	1082

Application

Hydraulic cylinder jacks are used to position bridge sections and beams during construction, allowing for accurate alignment and secure installation.

Industries often rely on Hydraulic cylinder jacksto align and adjust heavy machinery, ensuring precision and efficiency.

Event organizers use hydraulic cylinder jacks to adjust the height of stages and platforms for performances and presentations.

Hydraulic cylinder jacksassist in positioning and erecting communication towers for telecommunications infrastructure.

Hydraulic press beds can be adjusted using hydraulic cylinder jacksto accommodate various workpiece sizes and shapes.

Elevator systems require periodic maintenance, and hydraulic cylinder jacks are employed to lift and secure elevator cars for inspection and service.

In the renewable energy sector, hydraulic cylinder jacks are used to position and adjust solar panel arrays for optimal sun exposure and energy generation.