DYTZ Vertical Electro-Hydraulic Push Rod, DYTP Parallel Electro-Hydraulic Push Rod, DYTF Split-Type Electro-Hydraulic Push Rod

Electro-hydraulic push rods are powered by an electric motor, which, through forward (reverse) rotation, drives hydraulic oil to be output as pressure oil via a bidirectional gear pump. The oil then travels through an integrated oil circuit block to the working cylinder, thereby achieving reciprocating motion of the piston rod. Advantages:

1..Overload Automatic Protection Feature: During the operation of the electro-hydraulic push rod, if the external force on the piston rod exceeds the rated output force or the piston reaches the end position, the motor continues to rotate. At this point, the oil pressure in the oil circuit increases to the set pressure, and the overflow valve quickly and accurately overflows, thereby achieving overload automatic protection. Although the motor is rotating,    It will burn.2.Self-locking Function: A pressure self-locking mechanism is integrated into the oil circuit block of the electro-hydraulic push rod, ensuring that the piston rod immediately stops when the motor stops rotating.  At the location, the pressure oil is in a pressure-holding state.3.Continuous Adjustment: Can be infinitely adjusted according to customer requirements within the designated speed, output force, and stroke range.

 Model Description The hydraulic push rod is primarily composed of six basic elements: the rod type, the motor's protection grade, rated output force, stroke, rated speed, and usage angle. It can also be customized according to customer requirements.   Requirements: Three adjustment functions are required, namely: speed adjustment (push and pull), force adjustment, and stroke adjustment (stroke switch positioning). In addition to the aforementioned three adjustment functions, when ordering:   Please fill in the six key elements carefully, in addition to any noted text, refer to the model coding method. DYTZTechnical Specifications of Type Parallel Hydraulic Push Rod (Selection Chart)

Model Rated Output Power （10NRated Speed （mm/sMotor Model - Stroke Manufacturing Range （mmScope of Journey Manufacturing （mm）

Thrust Tensile strength Propel Speed Lacing speed

DYTZ450-/110 450 310 110 140 Y802-4-0.75KW 50-800 10-110

DYTZ700-/110 700 510 110 140 Y90S-4-1.1KW 50-1500 10-110

DYTZ1000-/110 1000 750 110 140 Y90L-4-1.5KW 50-1500 10-110

DYTZ1750-/90 1750 1300 90 115 Y100L1-4-2.2KW 50-2000 10-90

DYTZ2500-/90 2500 2050 90 115 Y100L2-4-3KW 50-2000 10-90

DYTZ3000-/90 3000 2500 90 115 Y100L2-4-3KW 50-2000 10-90

DYTZ4000-/80 4000 2950 80 100 Y112M-4-4KW 50-2000 10-80

DYTZ5000-/60 5000 3300 60 90 Y112M-4-4KW 50-2000 10-60

DYTZ6000-/60 6000 3800 60 90 Y132S-4-5.5KW 50-2500 5-60

DYTZ7000-/50 7000 4500 50 75 Y132S-4-5.5KW 50-2500 5-50

DYTZ8000-/50 8000 5000 50 80 Y132M-4-7.5KW 50-2500 5-50

DYTZ10000-/40 10000 6500 40 60 Y132M-4-7.5KW 50-2500 5-40

DYTZ15000-/35 15000 11000 35 45 Y132M-4-7.5KW 50-2500 5-35

DYTZ20000-/25 20000 15000 25 35 Y132M-4-7.5KW 50-2500 5-25

Note:1The voltage ratings for the motors listed above are:380VIP ratingIP44，     Yarn gradeBGrade 2For any journey beyond the listed manufacturing range or speed manufacturing range, please specify otherwise, the manufacturing will be based on the technical parameters listed. 3The speed range in the table is for horizontal use only; speeds when used vertically up or down are half of the horizontal speed. 4The typical model numbers and power ratings listed in the table indicate that this type of push rod operates at the rated output force and speed.   Power at high values. Motor power is proportional to the pushrod force and speed.