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Manual 

TIMY3 – Jumping 

 

 

Page 6 

The jump is executed from a squatting position  standing on a contact mat. The arms  are 
placed parallel to the body and should not be actively involved during the movement. The goal 
is to jump as high as possible and to land again on the contact mat. As a performance index of 
the jump, the height is measured. 
 
1.  Select with <F1> the software “Squat” 
2.  The display shows “NOT READY, Squat Jump” 
3.  Input an ID-number for the athlete and confirm it with key <OK> 
4.  Display shows “WAITING FOR JUMPER …” 
5.  Athlete steps on contact mat; upper and lower leg have a 90 degree angle; hands on the 

hip. The jump starts from this position. 

6.  Athlete jumps as high as he can. 
7.  The TIMY3 measures the time that the athlete is in the air and outputs the height in cm. 
 

Printer Output: 

  

0002 C0    12:45:22.1706 

time of day when jump happens 

     Squat    0.4435 fly 

time in the air 

     Squat        24 cm  

jumping height

 

 

 

Display: 

         

The display shows the 11

th

  jump of program squat. 

The jump was 41 cm high. 

 
 

4.2  Counter Movement Jump 

The counter movement jump  is  used  in sports science  for  jump analysis. It helps to test the 
ability of concentric force of jump muscles (a backswing (down) is allowed). The measurement 
is the same as for squat jump but the movement of the athlete is different. 
 
In this case, the jump is normally designed from the base position standing on a contact mat; 
the arms are placed on the hips and should not be involved in the backswing. The goal is to 
jump as high as possible  and land again on the contact mat.  As a performance index of the 
jump the height is measured. 
 
1.  Athlete  steps onto  contact mat; hands on the hip; standing upright. The jump starts from 

this position. 

2.  In one motion, the athlete goes into a squat and uses this counter movement to then jump 

as high as he can. 

3.  The TIMY3 measures the fly time and outputs the height in cm. 

4.3  Drop Jump 

The drop jump is a used in sports science for jump analysis. It helps to test the force capability 
including the reactive power capability of the jump muscles. 
 
Normally, the jump is executed from a defined height (approx. 30 cm); the arms are parallel to 
the body and have no active part in the movement. The athlete jumps on the ground (contact 
mat) and then tries to jump as high as possible and lands again on the contact mat. As a per-
formance index of the jump, the height is measured. 
 

Содержание Timy 3

Страница 1: ...Manual Jumping Version E190118 ...

Страница 2: ...rician according to IEC 60364 1 Never touch the mains plug with wet hands Never touch live parts Cleaning Please clean the outside of the device only with a smooth cloth Detergents can cause damage Never submerge in water never open or clean with wet cloth The cleaning must not be carried out by hose or high pressure risk of short circuits or other damage Liability Limitations All technical inform...

Страница 3: ...basic requirements of R TTE 1999 5 EC Telecommunication TC terminal device Short Range Device Applied harmonized standards EN 60950 1 2006 A11 2009 A1 2010 A12 2011 A2 2013 EMC EN301 489 17 v2 1 1 2009 05 v2 2 1 2012 09 EN 300 328 v1 7 1 2006 10 v1 9 1 2015 02 EN 55022 2010 AC 2011 EN 55024 2010 A1 2015 EN 61000 3 2 2014 EN 61000 3 3 2013 Additional Information The product herewith complies with t...

Страница 4: ...t Jump 5 4 2 Counter Movement Jump 6 4 3 Drop Jump 6 4 4 Power Test 15s 30s and 60s 7 5 Interface for Display Board 7 1 Control Elements 1 USB interface 2 charging socket 3 ALGE TIMING multiport 4 connection for display board 5 connection for start emitter C0 6 connection for finish emitter C1 7 standard ALGE TIMING photocell socket ...

Страница 5: ...ng The TIMY3 program JUMPING measures the height of the jump when using a contact mat The contact mat is connected to channel 0 C0 at the TIMY3 1 Connect the contact mat to the TIMY3 channel C0 2 Start the TIMY3 and select program Jumping 3 Select the jumping mode with the function key F0 F1 F2 F3 3 a F0 select further jumping modes 3 b F1 F2 F3 select the mode that is specified above it 4 Jumping...

Страница 6: ...nalysis It helps to test the ability of concentric force of jump muscles a backswing down is allowed The measurement is the same as for squat jump but the movement of the athlete is different In this case the jump is normally designed from the base position standing on a contact mat the arms are placed on the hips and should not be involved in the backswing The goal is to jump as high as possible ...

Страница 7: ... jump power test for 15 sec jumping height 2 Pow15 0 3572 con 2nd jump power test for 15 sec time on the mat 2 Pow15 0 6208 fly 2nd jump power test for 15 sec time in the air 2 Pow15 47 cm 2nd jump power test for 15 sec jumping height 3 Pow15 0 3572 con 3rd jump power test for 15 sec time on the mat 3 Pow15 0 6079 fly 3rd jump power test for 15 sec time in the air 3 Pow15 45 cm 3rd Jump Power Test...

Страница 8: ...w15 043 cm 06 0008 Pow15 1 1634 con 06 0008 Pow15 0 4892 fly 07 0008 Pow15 029 cm 07 0008 Pow15 1 0877 con 07 0008 Pow15 0 5328 fly 08 0008 Pow15 035 cm 08 0008 Pow15 1 1974 con 08 0008 Pow15 0 5273 fly 09 0008 Pow15 034 cm 09 0008 Pow15 1 2228 con 09 0008 Pow15 0 4756 fly 10 0008 Pow15 028 cm 10 Each line ends with a carriage return CR Subject to changes Copyright by ALGE TIMING GmbH Rotkreuzstr ...

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