Качество винта:C7 Rolling 1605/1610 (соотношение тонкости1: 62,5)
Повторяемая точность позиционирования (мм):±0.02
Максимальная радиальная нагрузка в виде барьерного цилиндра (кг):100
Стандартный выход двигателя (W) 50 Вт шаг 28 Номинальный крутящий момент (нм) 0,16 0,09 Степень C7 C:30.50.100
Угол вращения поршня:± 0,7 градуса
Вес тела при инсульте Omm (кг):6,1
Основная информация
Место происхождения:Китай
Фирменное наименование:SXEGL
Сертификация:CE/EPA/FCC/ROSH/ISO
Номер модели:EG32
Оплата и доставка Условия
Упаковывая детали:Картон и пена
Время доставки:5-14
Условия оплаты:L/C, D/A, D/P, T/T, Western Union, Moneygram
Поставка способности:Доставка по всему миру
Галерея
Dust proof EG Series Guide Rod Electric Cylinders Intelligent Electric Cylinders
Характер продукции
Dust proof EG Series Guide Rod Electric Cylinders Intelligent Electric Cylinders
I. Product Overview
The EG series guide rod electric cylinders are high-performance linear motion devices, featuring a combined design of ball screws and dual guide rods. This configuration delivers precise positioning, strong lateral load resistance, and long service life, making them a full replacement for traditional pneumatic and hydraulic cylinders. They seamlessly adapt to fields with high demands for stability and precision, including automotive manufacturing, 3C electronics, and medical equipment.
II. Core Advantages
High Rigidity & Strong Lateral Load Resistance: Equipped with dual precision guide rods and recirculating ball bearing rails, their lateral load resistance is 5-10 times stronger than standard electric cylinders. They maintain stable operation even under heavy loads or cantilever conditions. For instance, the EG32 model exhibits lateral displacement of ≤0.02mm under a vertical load of 24kg, far exceeding industry standards.
Micron-Level Positioning Accuracy: Leveraging ball screw transmission and high-precision encoder feedback, repeat positioning error is ≤0.02mm. With closed-loop control (available on select models), error can be reduced to as low as 0.003mm, easily handling precision assembly, optical inspection, and similar scenarios.
Modular Design for Easy Integration: Supporting multiple mounting methods (flange, trunnion, through-hole) and compatible with servo/stepper motors, they integrate quickly into production lines. Customizable parameters include stroke (25-840mm), speed (up to 1.48m/s), and protection class (IP40/IP65 optional), adapting to diverse application needs.
Low Maintenance & Long Service Life: A fully sealed dustproof design paired with a lifetime lubrication system extends maintenance intervals to over 5,000km. Key components are crafted from high-alloy steel with hardening treatment, achieving a service life of 20,000 hours and significantly reducing downtime and repair costs.
Energy Efficiency & Intelligent Control: They consume over 60% less energy than pneumatic systems with zero risk of oil leakage. Supporting protocols like EtherCAT and Modbus, they enable switching between force control, position control, and speed control via PLC or computer, flexibly matching production requirements.
III. Application Scenarios
Automotive Manufacturing: Achieves gap-free press-fitting of engine blocks and cylinder heads with ±0.01mm positioning accuracy. The dual guide rod structure ensures stable repeated start-stop of welding fixtures, reducing welding spatter.
3C Electronics: When paired with vision systems, the EG32 model controls mobile phone camera lens embedding error to ≤0.005mm, with yield rates exceeding 99.5%. Its 1.2m/s high speed and rapid response match the rhythm of continuous lithium battery pole piece cutting.
Medical Equipment: Drives surgical robot joints with noise ≤65dB and acceleration of 20m/s², balancing operational precision and patient comfort. Rehabilitation equipment uses programmable resistance adjustment to support personalized recovery.
New Energy Sector: Real-time solar panel orientation adjustment via automatic angle control increases power generation by 15%-20%. In lithium battery liquid injection machines, it ensures ±1% flow control accuracy with anti-dripping design, guaranteeing uniform electrolyte injection.
EG32
Type
Standard motor output (W)
Rated torque(Nm)
Screw grade
Repeatable positioning accuracy(mm)
Screw specification
Max thrust (N)
Max speed(mm/s)
Stroke(mm)
Max load (KG)
Horizontal
Vertical
EG16
Stepper 28
0.09
C7 Rolling 0802(Slenderness ratio 1:50)
±0.02
802
220
40
30.50.100
5
5
805
88
100
EG20
50W
0.16
C7 Rolling 0802(Slenderness ratio 1:50)
±0.02
802/805
400
100
30.50.100
8
8
160
250
Stepper 28
0.09
220
40
88
100
EG25
100W
0.32
C7 Rolling 1205/1210(Slenderness ratio 1:52.5)
±0.02
1210
170
500
30.50.100
20
24
1205
340
250
Stepper 42
0.25
1210
125
100
1205
250
50
EG32
400W
1.32
C7 Rolling 1605/1610 (Slenderness ratio1:62.5)
±0.02
1605
1280
250
30.50.100
45
27
1610
690
500
Stepper 57
0.3
1605
300
100
1610
150
200
EG40
400W
1.32
C7 Rolling 1605/1610 (Slenderness ratio1:62.5)
±0.02
1605
1280
250
30.50.100
60
27
1610
690
500
Stepper 57
0.3
1605
300
100
1610
150
200
Type
Max radial load as a barrier cylinder(KG)
Piston rod rotation angle
The body weight of Omm stroke(KG)
Weight added per 10mm(KG)
The component weight of direct installation motor(KG)
he component weight of indirect installation motor(KG)