Komatsu H2W Solid Frame Servo Press

H2W Solid Frame Servo-Driven Press The H2W Solid Frame Servo-driven Press

Designed for Superior Flexibility and Accuracy

Ideal for progressive, transfer or manual die operations Incorporates modern, state of the art A.C. servo technology into mechanical stamping press designs Ability to control slide velocity throughout the stamping work being done-optimal slide motion can be set for any application Maintains constant working energy throughout stroke regardless of slide velocity Provides ability to dwell at position to allow timing of secondary work within the press cycle time Improved part quality Increased die life Ability to program multiple motion paths before returning to top dead center Automatically maintain and adjust slide position to assure consistent die height Elimination of high maintenance mechanical components like the clutch-brake unit Controlled slide velocity can reduce the importance of die or part lubrication Reduces die tryout time and expense Saves energy cost by reducing electricity consumption

A Higher Level of Standard Equipment for Increased Performance

Heavy plate, rigid frame construction Bolster thickness exceeds JIC standards Wide windows for transfer and progressive applications Single-piece, heavy duty true box-type slide, prepared for knockouts Precision plunger guide design Push-button controlled, motorized side adjustment Mechanical slide lock mechanism Multiple gear reduction for greater torque capacity Precision oil-lubricated long 6-point gibs Hardened and ground helical gears Pneumatic counter balance 2 variable speed main servo motors Quick-responding, dependable hydraulic overload protector Shock resistant, pendant-mounted control T-stand for easy set-up and operation 100 job memory Safety block with interlock

Standard Features Symmetrical Unitized Frame Engineered Quality. The H2W employs an extremely rigid balanced symmetrical design. Komatsu utilizes its welding and frame design technologies to engineer the one-piece welded frame, providing the rigidity of the larger tonnage straight sides at an affordable cost. H2W also offers a wide window for transfer and progressive applications. With all this, you get the Komatsu standard of uncompromising accuracy and high part consistency stroke after stroke. Accuracy Within Microns A Linear Glass Scale is mounted to the frame of the press and monitors the slide position to assure repeatable die height consistency at the bottom of the stroke where the work is being done. The linear scale is mounted to a sub-frame, fixed at the bottom to assure slide position accuracy and allowed to “float” at the top while the press frame is under load. Independent Servo Drive System With Auto Die Height Adjustment. The H2W series incorporates a dual servo drive system with independent control and monitoring of each connection point’s (right/left) actual position. The pess control monitors the slide position from both sides to assure consistent part quality. The independent right/left controls allow for slide tilt correction felt during eccentric loads. The H2W keeps slide tilt at a minimum during eccentric load conditions. Die height adjustments are automatically made during continuous operation of the press. System reliability is assured by constant position monitoring of the main shaft angle detector, motor encoder and actual slide position by the linear scale. Plunger Guide System Designed for high precision and less die wear. Thrust load from eccentric motion is absorbed by the plunger guide system. The plunger guide is the primary guiding force, preventing side load on the gibs. A size-specific plunger guide is engineered for each different press model, providing maximum performance for each unit. Komatsu also employs full-length gibs that capture the entire length of the slide guide. Gib tolerances are set to Komatsu’s tolerances of 0.0015″ nom. per gib with oil (not grease) lubrication, allowing them to last up to 200 times longer than conventional gibs. Together, the plunger guide and gib surface area add up to 4-5 times the guiding surface area of our nearest competitors. Less routine gib maintenance, less die wear and higher part accuracy are the positive end result, which can translate into improved profits for you. Drive System and Control Komatsu’s unique combination of a high-torque gear box with a standard, high-efficiency AC servo motor allows for a compact and efficient drive system. The resulting symmetrical motion curve of the drive allows for increased productivity through the incorporation of a pendulum mode of operation. Dies requiring shorter stroke for operation can achieve increased productivity while maintaining the full benefits of the servo drive system. Hydraulic Overload Protector Helps prevent damage to the press and dies. All Komatsu presses are equipped with a hydraulic overload protector, a feature that has been standard for decades helping to protect against damage to the press. If the rated load is exceeded, the press stops automatically. Since the hydraulic pressure can be released easily, operations can be resumed smoothly even if jamming occurs. SIT IV – System Integrated Terminal Advanced electronics technology provides user-friendly operation and outstanding reliability. The SIT IV electronic press control unit is designed to provide the fastest, easiest, and most reliable control available for all press functions. Included as standard equipment on the Komatsu H1F and H2W presses, SIT IV incorporates all the latest thinking in press control unit design. Simple Guidance. SIT IV displays operational procedure guidance for select press functions. Intuitive, user-friendly prompts guide press operators in a logical series of steps, for faster, more reliable press set up and operation. The SIT IV pendant is also used for all motion programming. Slide velocity is adjusted in percentage values. When a velocity change is desired, the exact position where this change occurs can be set by actual slide position or in degrees of operation. The slide motion can be programmed to mutliple stages before a complete return to Cycle Start Position (CPS) must occur. All information necessary for press set-up, start-up, operation and diagnostics is available in one display, at the touch of a button. Language terminology and graphics are user-friendly, easily understood by the press operator in plain view in one control central location on the digital display. Display also includes plain language description of fault messages. SIT IV has the ability to integrate with current press room equipment, such as electronic coil feeds. Operator “T-Stand” control interface houses all switches and push-buttons required for ordinary press set-up and operation, including Push Buttons for slide adjustment. Die Data Recording function can store and retrieve data, including cam and fault detection angle as well as production performance. Also includes digital display of “stored” press speed and actual press speed, plus crank angle. Alpha-numeric entry of die name and memo data for easy cataloging and referencing. 8.4″ Color Screen Built-in Comm. Port for optional V.I.S. Digital total Counters 1-Production, re-settable 1-lot (pre-set), re-settable 4 – Electronic rotary cams 1 – Pneumatic air ejector with cam Mode Selections: (1) Off, (2) Inch, (3) Single Stroke, (4) Continuous

Optional Modes:

(1) Automatic Single Stroke, (2) Automatic Continuous Extensive use of electronics gives outstanding reliability. Solid – State Control Integrated Circuits are used for all control circuits Increased safety, longer operation life and high reliability. Digital display for improved operation performance. Digital display of the crank angle and electronic angle detectors provide increased accuracy for press operations. Automatic operation setting and die set-up functions are easier and faster for press operators, with precise, reliable settings every time. To protect the integrity of all electronic systems and provide additional safety, monitor lamps indicate defects in circuits of all electronic systems, and faults are detected instantly. Note – Immediate Stopping Performance Monitor and control reliability. This control meets the current requirements of O.S.H.A. Standards Section 1910.217 and ANSI B11.1 Optional Features

Electronic Load Monitor (2-channel) – Load monitors are available to continuously monitor loads in all press operations, including blanking, bending, drawing, etc. The monitor also detects die overloads and underloads during operation. In addition, balanced die load is achieved by measuring the off-center-load, thus extending press and die life. Vibration Isolating Pads Pneumatic Die Cushions Emergency Stop Receptacle Slide Knockout (mechanical) Air Ejector with Cam Coil Line Interface Photoelectric Safety Equipment Quick Die Change Interface Additional set of 4 Electronic Rotary Cams Quick Die Equipment Hydraulic die clamps available in either lever or cylinder type. Hydraulic die lifters. Mechanical draw out rails. (note: re-machining of “T” slots may be required) V.I.S. Visual Inspection System – Monitor slide motion and velocity, and make adjustments – right from your USB-equipped laptop or PC! (Note – Load Monitor Required) Warning – For protection of the operator, point of use guards should be used at all times. Komatsu presses do not include O.S.H.A. recommended point of protection guards. Automation – Complete turn-key Komatsu designed press systems including coil lines, die carting and systems engineering tailored to your specific application.