Technical Datasheets

View our technical datasheets below.

Actuators and Springs

200 & 209 - Fitting O Ring Retainer to Serial Numbers Up To 631136

TD116 Issue: A

Actuated Valve Assemblies Position Indication Marking

TD164 Issue: B

Actuator - Displaced Volumes, Dead Volumes and Air Consumption

TD105 Issue: I

Actuator and Spring Options

TD169 Issue: A

Actuator Direction Of Rotation With RGS C15 Solenoid Valve Using NAMUR Adaptor

TD122 Issue: C

Actuator Operating Times With Namur Solenoid Valve

TD30 Issue: F

Actuator Stop Chart

TD15 Issue: R

Blueline Food Grade Coated Products

TD194 Issue: B

Calculation of Limits On External Moments of Inertia on Actuator Shafts

TD37 Issue: D

Details Of Namur Adaptor For Kinetrol Models 03 to 14 Actuators

TD123 Issue: H

Double Acting Actuator Dimensions

TD148 Issue: G

Female Serrated Spring Dimensions

TD141 Issue: D

ISO Flange Female Spring Actuator Dimenions

TD121 Issue: J

Kinetrol General Coating Specification

TD200 Issue: A

Kinetrol Product Range Features & Options

TD220 Issue: D

Kinetrol Spring Direction Of Rotation & Ordering Codes

TD130 Issue: B

Kinetrol VDIVDE 3845 Adaptor Plate

TD235 Issue: A

Materials of Construction

TD14 Issue: AA

Maximum Permissible Sideloads For Kinetrol Actuator Shafts

TD28 Issue: G

Method For Calculating Cv For Solenoid Valve Given Required Torque & Stroke Time

TD77 Issue: G

Nuclear Radiation Resistance of Actuator Materials

TD70 Issue: C

Recommended Actuator Mounting Screw Tightening Torques

TD111 Issue: M

Storage Instructions for Kinetrol Actuators and Other Ancillary Products

TD150 Issue: C

Valve Application Design Factors

TD68 Issue: C

The policy of Kinetrol is one of continuous improvement and the company reserves the right to alter the product as described and illustrated without notice. Whilst every effort is made to ensure that information presented is correct, Kinetrol will not be responsible for incorrect application of Kinetrol products following the use of data downloaded from this website