Specification

[Note 1] The thread types of the pipe are PT thread, G thread and NPT thread.

Journey

[Note] Please contact us for other special itineraries.

Ordering Code

Internal Structure and main parts materials

Basic type

Note: Code description and unit

Table 1: Maximum allowable kinetic energy (Emax), maximum allowable load (Wmax)

Table 2: Maximum allowable kinetic energy (Emax), maximum allowable load (Wmax)

Product Selection

According to the following steps, combined with the actual situation, select the specific model and specifications of the cylinder and perform calibration.

1.Selection of working conditions(Select according to installation method and working status)
(1)Select cylinder model and specifications (bore, stroke). (2)Select cushioning method (crash pad, hydraulic buffer). (3)Select fixture mounting method (above the slide, above the end plate). (4)Select cylinder mounting method (horizontal, vertical). (5)Average cylinder actuation speed Va (mm/s). (6)Load type and weight W (N). (Figure 1). (7)Distances L1, L2, and L3 (mm) from the load's center of gravity to each mounting reference surface. Note: L1 is the distance the load's center of gravity extends beyond the front end of the end plate. If the load's center of gravity does not extend beyond the front end of the end plate, L1 is a negative value.

Figure 1 Load type and weight

2. Kinetic Energy Verification
(1)Calculate the actual kinetic energy of the loadE(J)
(2)Calculation of allowed kinetic energyEa(J)		Ea=K ×Emax
		K：Jig installation method Correction factor(Figure 2)					Emax: Maximum allowed kinetic energy(Table 1)
(3)Result determination		E≤Ea

3. Force load verification
(1)Calculation of permissible force loadsWa(N)		Wa=K×β×Wmax
		K：Jig installation methodCorrection factor(Figure 2)			Wmax: Maximum allowedload(Table 1)			β: Allow load correctioncoefficient(Figure 3)
(2)Result determination		W≤Wa
Figure 2Fixture installationMode correction factor(K)		sliding platform					Above the end plate
		Correction coefficient K=1					Correction factorK=0.6
Figure 3 Allowable load correction factor(β)

4.Torque load verification
level
(1) Calculate the actual torqueMp, Mpo, My, Myo, Mr, Mro (Nm)
						Operation process: Mp=Wx(L1+A)/1000 End of stroke:
						Operation process: Mr=WxL3/1000 End of stroke: Mro=(WxaxL3)/1000g
						Operation process: My=0 End of stroke: Myo=(WxaxL3)/1000g

(2)Result judgment		Operation process: End of stroke:

Vertical
(1) Calculate actual torqueMp, Mpo, My, Myo (Nm)
						Operation process: Mp=Wx(L2+B)/1000 End of stroke:
						Operation process: MY=W×L3/1000 End of stroke:
(2) Result judgment		Operation process: End of stroke:
Iillustrate:L1、L2、 L3:Distance from load center of gravity to installation reference surface(Determined by actual situation); A、 B Compensation coefficient(Reference Table 2); Mpmax、Mymax、Mrmax、Mpomax、Myomax、 Mromax:Maximum allowable torque(Reference Table 2 ); g:Gravity (g=9.81m/s²); a:Inertial acceleration(Crash padsa=1600x(Va/1000)², hydraulic buffer a=400x(Va/1000)²) W:Load weight(Determined by actual situation).

Installation and Usage

1. Cylinder Securing

1.1 Refer to the table below to select the appropriate length of setscrews and secure the cylinder according to the specified tightening torque. Excessive tightening torque may cause malfunction; insufficient tightening torque may cause displacement or component loss.

Horizontal fixation (body tapping bottom locking type)

Horizontal fixation (locking type through hole on the body)

Vertical fixing (body tapping)

FAQ