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Официальный представитель завода АО «Таурас-Феникс»

в Уфе, в Казани, в Оренбурге, в Перми, в Ижевске и в Казахстане

Taures-fenix
+7 347 201 77 10 Бесплатно по России

Parallel gripper HPPH-16-16-NC-N-R12 – фото
Parallel gripper HPPH-16-16-NC-N-R12 – фото
Parallel gripper HPPH-16-16-NC-N-R12 – фото
Parallel gripper HPPH-16-16-NC-N-R12 – фото
Parallel gripper HPPH-16-16-NC-N-R12 – фото
Фото
Видео

SKU: 8171873

GTIN: 4052568651817

Характеристики

Design Force pilot operated motion sequence
Stroke per gripper jaws 8
Position detection With integrated displacement encoder
Pneumatic connection For push-in connector O.D. 4 mm

На Parallel gripper HPPH-16-16-NC-N-R12

Для заявки пишите в МАХ или Telegram

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Все характеристики

Technical Data
Size 16
Total stroke 16
Stroke per gripper jaws 8
Max. angular gripper jaw backlash ax, ay 0
Max. gripper jaw backlash Sz 0
Repetition accuracy, gripper 0.06
Number of gripper jaws 2
Drive system Pneumatic
Mounting position optional
Mode of operation Double-acting
Cushioning On one sideNot adjustable
Gripper function Parallel
Gripper force back-up During closing
Design Force pilot operated motion sequence
Guide Ball guide
Position detection With integrated displacement encoder
Symbol 00997553
Switching status indication Blue LED, switching status via signal input
Operating pressure 36.25101.5
Operating pressure HRC 36.2572.5
Max. operating frequency of gripper 1
Min. opening time at 0.6 MPa (6 bar, 87 psi) 180
Min. closing time at 0.6 MPa (6 bar, 87 psi) 90
Max. mass per external gripper finger 100
Max. current consumption 100
Nominal operating voltage DC 24
Switching output PNP
Switching input NPN
Permissible voltage fluctuations +/- 10 %
Approval RCM trademark
CE mark (see declaration of conformity) To EU EMC DirectiveIn accordance with EU RoHS Directive
UKCA marking (see declaration of conformity) To UK instructions for EMCTo UK RoHS instructions
Certificate issuing authority TÜV Süd M70132770525.01
Operating medium Compressed air to ISO 8573-1:2010 [7:4:4]
Note on operating and pilot medium Lubricated operation possible (in which case lubricated operation will always be required)
Shock resistance Shock test with severity level 2 to FN 942017-5 and EN 60068-2-27
Corrosion resistance class CRC 1 - Low corrosion stress
LABS (PWIS) conformity VDMA24364 zone III
Vibration resistance Transport application test with severity level 2 to FN 942017-4 and EN 60068-2-6
Relative air humidity 0 - 90%Non-condensing
Sound pressure level 75
Degree of protection IP40
Ambient temperature -550
Total gripping force, closing, 0.6MPa (6bar, 87 psi) 278302
Gripper force per gripper jaw, closing, 0.6 MPa (6 bar, 87 psi) 139151
Total gripping force HRC, closing 232256
Gripping force per gripper jaw HRC, closing 116128
Note on gripping force Dependent on the strokeWith integrated compression spring
Theoretical spring force per gripper jaw, closing 23.334.9
Mass moment of inertia 0.6
Max. force on gripper jaw Fz static 176
Max. moment Mx 2.8
Max. moment My 1.4
Max. moment Mz 1.4
Bending radius, fixed cable 26
Bending radius, moving cable 52
Maintenance interval Life-time lubrication
Product weight 680
Recommended workpiece weight for MRK 1
Electrical connection 1, function Field device side
Electrical connection 1, connection type Cable with plug
Electrical connection 1, cable outlet Angled
Electrical connection 1, design Round
Electrical connection 1, connector system M8x1, A-coded, to EN 61076-2-104
Electrical connection 1, number of connections/cores 8
Electrical connection 1, used connections/cores 6
Electrical connection 1, connection pattern 00997560
Electrical connection 1, tightening torque 0.2
Type of mounting Via mounting kitTo ISO 9409
Pneumatic connection For push-in connector O.D. 4 mm
Note on materials RoHS-compliant
Material cover PA-reinforced
Material spring High-alloy stainless steel
Material housing Anodised wrought aluminium alloy
Material gripper jaws High-alloy steel
Material piston Wrought aluminium alloy, anodised
Material piston seal TPE-U(PU)
Material o-ring HNBRNBR
Material screws Galvanised steelHigh-alloy steel
Gear wheel material High-alloy steel
Gripper finger material Wrought aluminium alloy, anodised

Приемущества

For safe human-robot collaboration up to 0.5 MPa
Gripper/valve combination with integrated sensors and low overall height
Reduces cycle times and saves up to 75% on compressed air compared to using individual components
TÜV certification for grippers with fingers to ISO 15066
Can be used with many different cobots and robots thanks to the mechanical robot interface to ISO 9409-1-50-4-M6
Gripping force backup for safe handling, even in emergency off mode
Versatile control via digital I/O (PNP/NPN) or IO-Link®
Sustainable in production thanks to reduced use of materials
Sustainable operation thanks to integrated control

Документы

HPPH_EN.PDF
Datasheet