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KTR-STOP

®

 XS-xx A-xx-xx 

Operating/Assembly instructions 

KTR-N 
Sheet: 
Edition: 

45126 EN 
15 of 22 

 

Please observe protection 

note ISO 16016. 

Drawn: 

2020-04-09 Shg/Wie 

Replacing: 

--- 

Verified: 

2020-08-11 Shg 

Replaced by: 

 

 

 

 

  Screw the screw with the disk (assembly lock, see illustration 

11) on both sides into the brake piston (component 1.5). 

  Release the pressure from the hydraulic system. 

  Measure the gap between the brake disk and the brake pad on 

both sides via a feeler gauge. 

  Set the gap to 0.5 mm on both sides by screwing the setting 

nut either upwards or downwards. 

Applying for re-setting the brake only (wear of brake pad): 

The brake must immediately be reset if the status wear of sensor 
is indicated resp. with a wear on the brake pad of 2 mm. For that 
purpose screw in the setting nut (component 1.7) by about half a 
revolution per 1 mm of wear.

 

  Insert the O-ring (component 1.8) on both sides between the 

housing and the setting nut (component 1.7). 

 

Illustration 12: Setting of adjusting nut 

 

 

The gap between brake disk and brake pad needs to be 0.5 mm on both sides to ensure the 
brake power. 

 

 

Applying with the use of a sensor only: 

Mount the sensor (component 4) according to chapter 6.2 instead of the screw plug (component 1.13). 

 

 

 

 

You may only use mineral hydraulic liquids meeting the specifications of DIN 51524. KTR 
recommends those liquids corresponding to DIN 51524-3. 

 

KTR recommends the following liquids (other manufacturers may be selected): 

Manufacturer 

Standard 

Special 

Mineral oil 

-20 °C to +40 °C 

(-4 °F to +104 °F) 

10 °C to 60 °C 

(50 °F to 140 °F) 

-30 °C to +20 °C 

(-22 °F to +68 °F) 

30 °C to 70 °C 

(86 °F to 158 °F) 

Castrol 

Hyspin HVI 32 

Hyspin HVI 46 

Hyspin HVI 68 

Shell 

Tellus S2 VX32 

Tellus S2 VX46 

Tellus S4 VX32 

Tellus S2 VX68 

Mobil 

DTE 10 Excel 32 

DTE 10 Excel 46 

DTE 10 Excel 68 

 

 

The permissible operating temperatures of brake components from -20 °C to +60 °C (-4 °F to 
+140 °F) have to be observed. For deviating operating temperatures please consult with 
KTR. 

 

Viscosity 

We would recommend a viscosity range from 20 to 220 mm

2

/s (cSt) of the hydraulic liquid with operating tempera-

ture. The viscosity during starting should not exceed 500 mm

2

/s and the viscosity during operation must not fall 

below 12 mm

2

/s. 

 

Filtration 

When filling and re-filling the hydraulic system and replacing the hydraulic liquid, the oil needs to be filtered. For 
that purpose use an offline filter or a respective fill unit. In addition we would recommend to use an inline filter. 
 

 

The service life of the brake system is extended depending on the degree of purity of the oil. 

Assembly 

4.8  Setting/Re-setting of the brake 

4.9  Recommendation of liquids to be used 

Summary of Contents for KTR-STOP XS A Series

Page 1: ...note ISO 16016 Drawn 2020 04 09 Shg Wie Replacing Verified 2020 08 11 Shg Replaced by KTR STOP XS xx A xx xx XS xx A xx xx is a spring actuated brake in a fixed calliper design serving to ge nerate a...

Page 2: ...ort and packaging 6 3 1 Storage 6 3 2 Transport and packaging 6 4 Assembly 6 4 1 Components of the brake 7 4 2 Preparation of assembly 8 4 3 Brake pads 8 4 4 Assembly of the brake 9 4 5 Pressure port...

Page 3: ...l data XS xx A xx xx Weight kg Approx 20 Width of brake pad mm 70 Surface of each brake pad organic mm2 8 000 powder metal mm2 5 800 Max wear of each brake pad mm 5 Rated coefficient of friction 2 0 4...

Page 4: ...R STOP XS 8 A xx xx 8 16 5 120 730 1510 2280 KTR STOP XS 9 A xx xx 9 12 0 130 820 1700 2570 KTR STOP XS 10 A xx xx 10 10 0 140 910 1890 2850 KTR STOP XS 11 A xx xx 11 8 5 150 1000 2080 3140 KTR STOP X...

Page 5: ...wing safety indica tions All operations on and with the brake have to be performed taking into account safety first Make sure to switch off the power pack before you perform your work on the brake Sec...

Page 6: ...de any ozone generating devices like e g fluorescent light sources mercury vapour lamps or electrical high voltage appliances Humid storage rooms are not suitable Please make sure that condensation is...

Page 7: ...traction set 3 2 Brake pad 4 2 1 Sensor 1 Optionally available Illustration 3 Components subassemblies of brake Subassembly 1 Housing with components Compo nent Quantity Description Illustration 4 Hou...

Page 8: ...connection surface and brake is defined as frictional connection Any residues of oil dirt and corrosion protection reduce the coefficient of friction As a re sult the operation of the brake and the fu...

Page 9: ...mponent 1 7 If necessary set it to the right dimension see illustrati on 12 Insert the brake pads component 3 fully into the housing If you want to insert brake pads after having assembled the brake i...

Page 10: ...not exceed the figures specified in illust ration 2 Connect the pressure oil line to one of the pressure ports of the brake see illustration 7 and 8 For that pur pose remove the screw plug beforehand...

Page 11: ...parent hose and collection container Since higher pressures 5 bar at the maximum are not generated a pneumatic hose may be used too Inspect the brake for leakages regularly Severe leakages have to be...

Page 12: ...ts may be damaged and the operation of the brake is no longer ensured Illustration 9 Pressure port of several brakes in parallel Illustration 10 Pressure port of several brakes in a series The pressur...

Page 13: ...id in the hydraulic system during and after the venting pro cess recommendation of liquid see chapter 4 9 Switch on the hydraulic system for a short while to make sure that the brake is rinsed with hy...

Page 14: ...nt of friction Please observe the instructions for grinding in according to KTR N The brake needs to be set with the initial assembly or after having replaced the brake pads or single parts respective...

Page 15: ...omponent 1 13 You may only use mineral hydraulic liquids meeting the specifications of DIN 51524 KTR recommends those liquids corresponding to DIN 51524 3 KTR recommends the following liquids other ma...

Page 16: ...njuries protect the brake on both sides by means of the as sembly lock Remove the screw plug component 1 13 or the sensor component 4 on both sides from the setting nut component 1 7 Put the opening p...

Page 17: ...sidual waste Sensors Electrical components have to be treated as electrical waste Hydraulic oil Hydraulic oils have to be collected in suitable tanks and disposed of by a waste disposal company Brake...

Page 18: ...by shifting the pressure spring component 2 2 onto the pin component 2 1 Screw the pin with the pressure spring into the brake pad against a stop Secure the screw connection component 2 1 on both side...

Page 19: ...hydraulic oil Remove the gaskets component 1 3 and 1 4 and the scraper component 1 2 When removing the gaskets and scrapers make sure that the keyways in the housing are not damaged The components hav...

Page 20: ...lykote MoS2 Make sure that the set of disk springs is mounted in the same arrangement as it was supp lied If a new set of disk springs is used the condition of supply needs to be observed in detail Sc...

Page 21: ...f brake locked 2 Switch position 0 unlocked 1 locked Switch S2 only shows the wear status reliably when the brake is activated locked If the brake is not activated unlocked a statement about the condi...

Page 22: ...tightening torque M12 hand tight Length of cable 5 m 10 m or 15 m Material of cable PUR Dimension of cable 5 0 34 mm2 Illustration 19 Pin assignment of plug in connection Remove the screw plug compon...

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