C-Frame Single Punching Point Multi Connecting Rod Forging Machine

• After-sales Service: Available
• Warranty: 12months
• Type: Vertical Lathe
• Processing Accessory: Centre CNC Lathe
• Guide Rail: Horizontal Guide Rail
• Tool Holder: Single-tool Holder CNC Lathe
• Model NO.: JH24
• Power Source: Electric
• Controlling Mode: CNC
• Automatic Grade: Semiautomatic
• Setting Mode: Floor-type
• Precision: High Precision
• Certification: GS, CE, ISO 9001
• Condition: New
• Forge Capacity: 80t, 110t, 160t
• Overall Dimensions: 3300*2100*1500cm
• r.p.m: 1470
• Weight: 9800kgs
• Total Setting Area: 2400mm X3700mm
• Transport Package: Pallet
• Trademark: MW
• Origin: China
• HS Code: 8458110090
• Production Capacity: 10 Units Per Month

Product Description

 

Product Description

 

 

Parameters

Specifications		Unit	JH24-80		JH24-125		JH24-160		JH24-200
Type			H	S	H	S	H	S	H	S
Nominal		kN	800		1250		1600		2000
Nominal Stroke		mm	5	5	6	6	6	6	6	6
Slide Stroke		mm	100	160	110	180	130	200	150	220
Side Strokes Per Minute	Fixed	min-1	80	60	70	50	60	45	50	35
	Variable	min-	55-95	40-75	50-85	35-60	35-70	30-55	35-60	30-45
Max Die Set Height		mm	350	320	385	350	435	400	485	450
Die Height Adjustment		mm	80		90		100		110
Throat Depth		mm	310		350		400		430
Distance Between Uprights		mm	625		700		760		990
Slide Bottom Size	LxR	mm	540		620		700		880
	FxB	mm	460		520		580		650
Shank Hole Size	Dia	mm	50		70		70		70
	Depth	mm	70		80		100		100
Bolster Size	LxR	mm	1000		1150		1200		1450
	FxB	mm	600		680		760		840
Blanking Hole Diameter		mm	180		200		220		240
Bolster Thickness		mm	140		155		165		180
Bolster Surface Height		mm	850		845		895		1000
Overall Dimensions	FxB	mm	1765		2040		2305		2600
	LxR	mm	1250		1360		1460		1620
	H	mm	2725		3035		3215		3800
Distance Between Foundation Bolts	FxB	mm	1210		1430		1665		2020
	LxR	mm	950		1090		1200		1420
Motor	Powe	kW	7.5		11		15		18.5
Press Pressure		Mpa	0.5

Specifications		Unit	H24-250		JH24-315
Type			H	S	H	S
Nominal		kN	2500		3150
Nominal Stroke		mm	6.5	6.5	7	7
Slide Stroke		mm	160	220	160	220
Slide Strokes Per Minute	Fixed	min-1	45	30	45	30
	Variable	min-1	30-55	20-35	30-55	20-35
Max Die Set Height		mm	530	500	530	500
Die Height Adjustment		mm	120		120
Throat Depth		mm	450		450
Distance Between Uprights		mm	1050		1090
Slide Bottom Size	LxR	mm	950		950
	FxB	mm	700		700
Shank Hole Size	Dia	mm	70		70
	Depth	mm	130		130
Bolster Size	LxR	mm	1600		1600
	FxB	mm	880		880
Blanking Hole Diameter		mm	240		240
Bolster Thickness		mm	190		190
Bolster Surface Height		mm	1000		1000
Overall Dimensions	FxB	mm	2660		2720
	LxR	mm	1710		1750
	H	mm	3850		3850
Distance Between Foundation Bolts	FxB	mm	2100		2140
	LxR	mm	1530		1570
Motor	Power	kW	22		30
Press Pressure		Mpa	0.5

 
 Supporting Equipment

 

Standard configuration & Optimizing configuration

Standard configuration

Optimizing configuration

· Wet   clutch(World) · Hydraulic  overload  protecting  pump ·Auto   lubrication  system ·  Manual  lubrication system · Balance  cylinders for  slide  and  upperdie · Joint for miss-feeding · Touch screer · Electronic  crankshaft  angle  indicator · Cam   controller · Die  height  adjusted  motor · PLC:Programmable    logical   controller ·Air  source  quick  connector · ShockAbsorption    Pads · Working   lamp · Airblowing · Second  degree  drop · Preset  counter(Touch  screen  display)

· Dryclutch · Foot   pedal · Frequency    control · Top  stripping  device  forslider · Pneumatic  die  cushion  apparatus · Die quick change device ·Automatic  feeding  the  output  shaft · Lightcurtain       Protection

 

Features

 

·  Multi-connecting  rods  transmission  and  featured  byslow  processing and  quick  return;
·  The production efficiency can be increased by 30% or so compared with  common  crank  punch  press;
·  High-precision,  satisfying  JIS  primary  standard;
·  High-rigidity  welding  main  body;
·  High-precision  six-face  long  guide  rail;
·  High-sensitivity   hydraumatic   overload   protection;
 

Our Advantages

High-quality steel plate welded body,all processed by tempering and shot blasting,with good rigidity and stable precision;
Longituinally set bent axle,with compact structure,and the bent axle is processed by rolling,with good smoothness and flexible rotation; rectangle six-face lengthened guide rail,the guide surface is bronze panel and with high guiding precision;
· Air-operated double-balanced cylinder,the balance sliding block and upper die weight can reduce the impact and noise,eliminate the gap    between the connecting rod and the sliding block,reduce the impact and abrasion of loaded parts and enhance the molding precision ofthe parts;
· The whole machine has adopted imported PLC centralized control,and imported safety double valve control is applied to the gas circuit,to realize inch,single and continuous punching;
· The key parts such as slider, guide rail, worktable plate, connecting rod and flywheel are all cast with resin sand. Compared with common clay sand casting, the surface roughness and dimensional accuracy are improved effectively;
· Electrical control is applied to die-filling height for JH21 products of 60 tons or above;high-quality configuration,and all the key
components and parts such as pneumatic components,electrical apparatus elements,sealing elements,and buttons are imported.
 

Company Profile

OEM/ODM

Our company has our own unique team of designers, for different types from OEM &ODM customer's needs!

We are with more than 10 years' experience in OEM/ODM service, including particular product function development, particular package, sample developing etc.

R&D

Our company has set up the R&D software department and R&D machinery department.

We have a strong R & D team from Germany, Japan and China.

We could do the design new machine for you with a unique software and case of your base at your special request.
 

 

 

 

 

After Sales Service

We promise term of warranty for mechanical part is one year and warranty for electrical part is half a year. Marketing services will be easy and quick for you.

FAQ

How to maintain the machine?
 

1. Regular Inspections:

   Conduct routine inspections of the machine to check for any visible wear, damage, or loose components.
2. Inspect electrical connections, hydraulic hoses, and pneumatic lines for signs of wear, leaks, or damage.

3. Lubrication:

   Lubricate all moving parts and components according to the manufacturer's recommendations. Use the appropriate lubricants to prevent excessive friction and wear.

4. Cleaning:
   Keep the machine clean from dust, debris, and contaminants that can affect its performance.Remove swarf and metal chips regularly from the machine's working area.

5. Alignment and Calibration:

   Check and adjust the alignment of the machine components to ensure accurate forging.Calibrate any measurement devices or sensors as needed.

6. Safety Systems:

   Ensure that all safety systems, such as emergency stops and interlocks, are functioning correctly. Test safety features periodically to verify their effectiveness.

7. Tool Maintenance:

   Inspect forging tools (dies, punches, etc.) for wear and damage. Replace or recondition them as necessary.Properly store and maintain spare tooling to minimize downtime.

8. Hydraulic and Pneumatic Systems:

   Inspect hydraulic and pneumatic systems for leaks, and repair or replace damaged components.Check pressure settings and adjust them as needed.

9. Electrical Components:

   Inspect and tighten electrical connections, and replace any worn or damaged wires.Keep control panels and electrical enclosures clean and free of dust.

10. Training and Documentation:

    Ensure that machine operators and maintenance personnel are properly trained in the machine's operation and maintenance procedures.Keep maintenance records, including inspection schedules and repairs made.

11. Emergency Procedures:

    Develop and communicate emergency procedures for dealing with unexpected machine failures or accidents.

12. Consult the Manufacturer's Guidelines:

    Always refer to the manufacturer's maintenance guidelines and recommendations for your specific forging machine. They may provide detailed instructions and schedules for maintenance.

13. Professional Service:

    For complex maintenance tasks or repairs, consult with qualified technicians or the machine manufacturer's service department.

Regular and proactive maintenance is crucial for keeping a forging machine operational and safe. Following a structured maintenance plan will help prevent breakdowns, reduce downtime, and extend the machine's service life.