Product details

Digital stop watch, 24 h, 1/100 s and 1 s

Digital stop watch, 24 h, 1/100 s and 1 s

Item no.: 24025-00

print
  • Description
  • Related Experiments
  • Downloads and Documents

Function and Applications

Digital stop watch and clock with 6-digit LCD and 3 operation buttons

Benefits:

  • Mode: clock/stop watch- Start, stop, split are selected by use of separate buttons
  • Battery included: button cell SR 41
  • Start / Stop / Reset- Addition / Split / Dual measurement

Equipment and tecnical Data:

  • Measurement ranges: Minute / Second / 1/100 Second and Hour / Minute / Second
  • Resolutions: 1/100 s- 1 s
  • Displays:- 59 Min. 59 s 99 1/100 s- 23 h 59 Min. 59 s
  • Dimensions (mm) H × W × D:62 × 52 × 15
  • Mass: 32 g
  • Battery life time: 2 years
Experiment Item no.
Ionizing effect of X-radiation P2540040
XR 4.0 X-ray system, complete set for all x-ray experiments 09057-88
XRD 4.0 X-ray dosimetry upgrade set 09170-88
TESS advanced set Basic Physics 15225-8A
Student set Light, Air, Soil, TESS beginner Sciences 15243-88
Student set Mechanics 1, TESS advanced Physics 15271-88
Student set Heat 1, TESS advanced Physics 15274-88
Student set General Chemistry, TESS advanced Chemistry 15300-88
Student set Organic chemistry, TESS advanced Chemistry 15304-88
Student set Acoustics 2, TESS advanced Physics 15321-88
Measurement of time P0998200
Acid strength P7157600
Preparation and properties of sodium hydroxide solution P7159000
Reaction of alkalis with aluminium - alkali strength P7159300
Storage of electrical energy of a solar cell with the aid ofa rechargeable battery P9511800
Storage of the electric energy from a solar cell in a capacior P9512100
Thermal conduction P9513100
Influence of surface on the absorption of solar energy P9513200
Influence of insulation on the absorption of solar energy P9513300
Using the greenhouse effect with a solar collector P9513400
Heating water in a solar collector P9513500
Thermal radiation and greenhouse effect P9513700
Storage of electrical energy from wind energy with the aid of a rechargeable battery P9515600
Storage of the electric energy won from wind energy in a capacitor P9515700
Generation of hydrogen and oxygen using a PEM electrolyser P9516100
Generation of electric energy using a PEM fuel cell P9516200
Solar-hydrogen system P9516300
Wind-hydrogen system P9516400
Faraday efficiency and energetic efficiency of a PEM electrolyser P9516600
Faraday and energetic efficiencies of a PEM fuel cell P9516800
The efficiency of a electrolyser-fuel cell system P9516900
Generation of electrical energy using a thermogenerator(thermoelectric power) P9517100
Thermal voltage and temperature P9517200
Peltier effect: cooling engine P9517300
Peltier effect: heat pump P9517400
Using ambient heat with the aid of a Peltier heat pump P9517500
Pumping water using wind energy P9518200
Efficiency of the pump in the conversion of electric energy to potential energy P9518300
Heating water using a parabolic trough P9519100
How heating is influenced by the position of the absorber in the parabolic trough P9519200
Model of a parabolic trough field P9519300
Student set Acids, Bases, Salts, TESS advanced Chemistry 15302-88
Set Mechanical devices in everyday use, TESS beginner Sciences 15239-88
Student set Substances in everyday use, TESS beginner Sciences 15234-88
Uniform and accelerated motion P6105100
Dissolution processes on liquids P7151801
Dependence of the reaction velocity on the concentration (Landolt reaction) P1149300
Harmonic Oscillation P6010800
Determination of an unknown frequency (beats) P6011900
Fast and slow motion P6105200
Thermal insulation of houses and thermal imaging P9513600
Document     Filesize
2402500e.pdf Operating instructions, English 67.94 KB

Follow us on
Facebook YouTube
PHYWE - excellence in science
  • 0
  •