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CME Technology Co., Ltd.
ABOUT US
CME Technology Co., Ltd. is located in Shaanxi National Development Zone, specializing in manufacturing equipment for mechanical
testing and simulation, environmental reliability testing, non-standard testing, and the capability of integrating planning, design, manufacturing, and installation and service as one. Tailor-made test solutions and non-standard test equipment for customers to help customers
save resources and improve product reliability as much as possible.
Through years of efforts in R & D, a complete development system of environment and reliability test products has gradually formed. CME
has become the professional manufacturer and service provider of environmental and reliability test equipment with the most extensive
coverage and the most complete product series in China.
\"CME\" brand products have been provided many reliability test solutions for various fields such as aviation, aerospace, navigation,
weapons, automotive, rail transportation, electronics, etc., which have been well received in the industry.
Mission: To become the leading provider of reliability testing solutions
Vision: Credit, Professional & Innovation
4th time factory move
& listed on the growth
board of Shaanxi Equity
Exchange Center (code
800059)
CME was recognized
as a high-tech
enterprise
CME invested 60
million to invest
in the expansion
of new factory
Established a new
brand image of CME
& Fully established
independent overseas
sales network
CME moved to its own
new site in the national
high-tech zone, further
expanding the scale of
production
Established a
preliminary overseas
sales network and
achieved astonishing
results
Power & Energy Electronics
CME Established
The main product series
has been upgraded
CME expanded production
& move to new factory
CME products cover all
mechanical environmental test standards
Products exported to
Russia, Egypt, Venezuela,
Myanmar...
CME environmental and
reliability test R & D project
was successfully approved
by the STA as a major
provincial science and
technology project
3rd time factory move;
and cooperated with
CAS and other
research institutes
Awarded the municpallevel “Mechanical
environment test system
R & D and Innovation
Team”
Corporate with testing institutions
such as UL, SGS, Intertek, etc.
2nd time factory move; and
cooperated with 1st class
universities to optimize
product performance
Obtained ISO9001:
2015
01 Shock / Bump Test System Shock Response Spectrum Test System
Constant Acceleration Tester Drop Test System
03
05
07
09
12
15
16
21
17
18
KRD10 Hydraulic Vertical Shock Test System
KRD11 Pneumatic Vertical Shock Test System
KRD12 Pneumatic Horizontal Shock Test System
KRD13 High Energy Shock Test System
KRD20 Pneumatic Bump Test Machine
KRD14 Pneumatic Vertical Shock Response
Spectrum Test System
KRD15 Pneumatic Horizontal Shock Response
Spectrum Test System
KRD30 Constant Acceleration Tester (Box Type)
KRD31 Constant Acceleration Tester (Arm Type)
KRD40 Zero Distance Drop Test System
KRD41 Small Drop Test System
13 KRD17 Bidirectional Vertical Shock Test System
11 KRD16 High Impact Shock Test System
19 KRD32 Non-standard Constant Acceleration Tester KRD42 Double Lift Zero Distance Drop Test System
CATALOG
02
Transportation Simulation Test System Motion Simulation Test System
Vibration Shakers Packaging Test System
23
24
27 29
31
32
KRD70 Hydraulic Vibration Shaker KRD100 Incline Impact Tester
KRD101 Packaging Compression Tester
KRD102 Clamping Force Tester
KRD50 Transportation Simulation Test System
KRD51 Transportation Bounce Test System
KRD60 3-DOF Test System
KRD61 6-DOF Test System
25
26
03 MECHANICAL TESTING SOLUTIONS
Windows-based stable control system
IPS-2000 shock control & measurement system
can accurately complete the high energy shock
test
Multi-track guide posts combined with good
lubricity and noise free hydraulic balance lifting
system to achieve stable shifting.
Built-in brake mechanism to avoid secondary rebound
collisions and more secure positioning of the table.
The self-buffer & vibration isolation base does not
require a special foundation, and easy to install.
One-stop test: built-in test standards meet various
requirements to help users to complete test in one
stop.
Multiple waveforms: it can perform conventional
half-sine waves, post-peak sawtooth waves, or
trapezoid waves.
Automatic control of lifting height with high accuracy
and good repeatability.
Adopts the high strength and hardness cast
aluminum table, which has high first-order resonance
frequency, featured with low noise and no clutter.
KRD10 HYDRAULIC VERTICAL SHOCK
TEST SYSTEM
KRD10 series is a full-automatic hydraulic lifting vertical shock test system, it is used to measure and determine the impact
resistance of products or packaging, and to evaluate the reliability and structural integrity of products in a shock environment. The system can perform conventional half-sine wave, post-peak sawtooth wave, and trapezoid wave shock tests to
achieve the shock wave and shock energy that the product is subjected to in the actual environment, thereby improving the
product or packaging structure.
04
Dual mass shock amplifier is a device that uses the rebound
energy of the two shock tables to reach the extremely high
shock acceleration. The amplifiers consist of secondary small
shock table and a massive base which is bolted to the top of the
original table of the shock machine. The specimen is mounted
on top of the secondary shock table.
DUAL-MASS SHOCK AMPLIFIER
SHOCK AMPLIFIER SPECIFICATIONS
KRD13-1 KRD13-2 KRD13-3
Rated Load
(kg)
Useful Table Size
(mm)
Shock Waveform
Max. Peak Acceleration
(g)
Min. Pulse Duration
(ms)
Amplifier Weight
(kg)
2 5 10
80×80 150×150 300×300
half sine
waveform
50000 10000 3000
0.05 0.1 0.5
30 50 100
Parameters Model
CME Technology Co., Ltd.
5 25
KRD10-2
(Manual)
KRD
10-5
KRD
10-25
KRD
10-50
KRD
10-100
KRD
10-200
KRD
10-400
KRD
10-600
KRD
10-1000
KRD
10-1500
KRD
10-500
KRD
Parameters 10-3000
Model
Rated Load (kg)
Table Size (mm)
Half-sine
Post-peak
Sawtooth
Post-peak
Sawtooth
Trapezoid
Trapezoid
Peak
Acc.
(g)
Pulse
Duration
(ms)
Half-sine
Overall Dimension
(mm)
Weight (kg)
Power
Installation Condition
Working Environment
Standards
2 50 100 200 400 600 1000 1500
115×115 200×200 300×300 500×500 600×600 800×600 800×800
500
1000×800 1000×1000 1200×1000 1500×1200
3000
2000×1500
5~3k 5~2k 5~1.5k 10~750 10~600 10~450 10~400 10~300 10~300 10~250 10~150 15~100
10~200 10~100 10~50
\\ 15~200 15~100 15~60 15~50 30~50
0.3~40 0.5~40 0.6~60 1.5~60 2~60 2.5~60 3~60 3.5~60 4~60 4.5~60 6~60 11~40
3~18
3~18
6~18
\\ 6~18
450×180
×2100
1000×900
×2350
1400×1200
×2300
1600×1400
×2300
1700×1500
×2300
1700×1500
×2300
1900×1500
×2550
1900×1500
×2550
1900×1800
×2550
1900×1800
×2650
2200×2100
×2650
2700×2500
×3000
200 1000 1800 3000 4200 4300 5200 5300 7000 8000 10000 15000
Control measurement: 1-phase AC220V±10% 50Hz Oil source: 3-phase AC380V±10% 50Hz
Foundation-free, the cement floor shall be leveled and the working distance of 800 ~ 1000mm shall be reserved around the equipment
Temperature range 0 ~ 40℃, Humidity ≤ 80% (non-condensing)
MIL-STD-810 IEC68-2-27 UN38.3 IEC62281 IEC62133-2 UL2054 IEEE1625 SAEJ2929 IEC62660-2 ISO12405-3 UL2580
TECHNICAL SPECIFICATIONS
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. Post-peak Sawtooth and Trapezoid waveforms are optional.
05 KRD11
PNEUMATIC VERTICAL
SHOCK TEST SYSTEM
Pneumatic drive, simple structure and high
reliability.
Pollution free, without hydraulic leak risk and
keep the environment clean.
IPS-2000 shock control and measurement
system can perform manual shock, continuous shock, single shock, and interval shock.
With a fast shock rate comparing to motor or
hydraulic driven table, both shock and bump
functions are available in one.
By utilizing different configurations of shock
pads and adjusting the free-fall height, we can
achieve a wide range of shock targets.
Built-in brake mechanism ensures the safety
of operation in any situation.
Pneumatic drive greatly improves the shock
test efficiency, maximum shock rate up to 120
times / min.
It can easily realize large pulse width and
small overload test.
KRD11 series pneumatic vertical shock test system is featured with advanced design, high degree of automation and
reliability, simple operation and convenient maintenance. The system meets the requirements of both shock and bump
test, can perform conventional half-sine wave, post-peak sawtooth wave, trapezoid wave and other waveform shock
tests.
MECHANICAL TESTING SOLUTIONS
06
CME Technology Co., Ltd.
TECHNICAL SPECIFICATIONS
Rated Load (kg)
Table Size (mm)
Halfsine
Trapezoid
Postpeak
Sawtooth
Halfsine
Trapezoid
Working
Environment
Power
Air Source
Installation
Condition
Postpeak
Sawtooth
Peak
Acc.
(g)
Pulse
Duration
(ms)
Overall
Dimension (mm)
Bump Waveform
(Optional)
Bump Peak
Acceleration (g)
Bump Pulse
Duration(ms)
Weight (kg)
Bump Rate
(times/min)
Standards
Parameters
KRD
11-5
KRD
11-15
KRD
11-25
KRD
11-50
KRD
11-100
KRD
11-200
KRD
11-400
KRD
11-600
KRD
11-800
KRD
11-1000
KRD
11-2000
Model
3~18
3~18
6~18
6~18
Half-sine Waveform
5~150
2~30
10~60
\\
5 15 25 50 100 200 400 600 800 1000 2000
150×150 200×200 300×300 500×500 600×600 800×600 800×800 1000×800 1000×1000 1200×1200 1500×1200
5～2500 5~2000 5~1500 10~750 10~600 10~450 10~400 10~300 10~250 10~150
15~200 15~100 15~60 15~50
10~200 10~100 10~50
0.4~40 0.5~40 0.6~60 1.5~60 2~60 2.5~60 3~60 3.5~60 4~60 4.5~60 6~60
\\
Temperature range 0 ~ 40℃, Humidity ≤ 80% (non-condensing)
Foundation-free, the cement floor shall be leveled and the working distance of 800~1000mm shall be reserved
around the equipment
1-phase AC220V±10% 50Hz
≤0.8MPa
MIL-STD-810 IEC68-2-27 UN38.3 IEC62281 IEC62133-2 UL2054 IEEE1625 SAEJ2929 IEC62660-2 ISO12405-3 UL2580
1000
×1000
×2100
1000
×1000
×2160
1510
×1300
×2400
1690
×1240
×2350
1710
×1160
×2350
1910
×1500
×2500
1910
×1500
×2700
1900
×1500
×2450
2000
×1500
×2450
1900
×1800
×2550
2200
×1800
×2550
1300 2300 3000 3070 3900 4500 5000 5200 5600 6200 7300
10~300
10~120 10~80 10~40 10~30
5~100
3~30
5~60 5~40
4~30 5~30
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. Bump function, Post-peak Sawtooth and Trapezoid waveforms are optional.
5~120 5~80 \\
\\
10~100 \\
07 KRD12 PNEUMATIC HORIZONTAL SHOCK
TEST SYSTEM
Windows-based stable control system
IPS-2000 shock control & measurement system
can accurately complete the high energy shock test
Pneumatic cylinder driving with advantages of
large driving force, short accelerating stroke, low
cost and pollution free.
Easy installation: free-foundation base is optional,
due to short driving stroke of the pneumatic
cylinder, the footprint is small.
Automatic control of shock speed: the shock
overload value is achieved by adjusting the air
pressure. After the cylinder pressure is set, system
will automatically control the shock speed with
high accuracy and good repeatability.
Adopts the high strength and hardness cast
aluminum table, which has high first-order
resonance frequency, featured with low noise and
no clutter.
Trapezoidal guide shafts: large supporting force,
good lubricity and full-automatic positioning table.
Multiple waveforms: can perform conventional
half-sine waves, post-peak sawtooth waves, or
trapezoid waves.
MECHANICAL TESTING SOLUTIONS
KRD12 series shock test system is used to measure and determine the horizontal impact resistance of a product or package, and to
evaluate the reliability and structural integrity of the test unit in a horizontal impact environment. The system can perform conventional half-sine wave, post-peak sawtooth wave, or trapezoid wave shock test to realize the shock energy that the product is subjected to
in the actual environment, thereby improving the product or packaging structure.
System scalability: the system can be designed as
a bidirectional shock according to user needs,
saving test time more effectively.
The driving cylinder enables the table to obtain the
required energy, decelerates as buffers, and
automatically resets. Once the shock action is
completed, the reset cylinder pulls the table to reset
and enters the next shock preparation state.
Integrated control & measurement system: the
system comes with a variety of waveform
tolerance bands that comply with the MIL-810
standard, automatically generates test reports after
the test is completed.
08
CME Technology Co., Ltd.
注：表中參數(shù)僅供參考，以供需商定參數(shù)為準。
KRD12-10 KRD12-50 KRD12-100 KRD12-200 KRD12-500 KRD12-1000 KRD12-2000 KRD12-3000
10 50 100 200 500 1000
200×200 500×500 600×600 800×800 1000×1000 1200×1200
10~5000 10~1500 10~1000 10~800 10~600 10~500
2000
1500×1500
10~200
3000
2000×2000
10~150
10~200 10~100 10~50
\\ 15~200 15~200 15~100 15~60 15~60 15~50 30~50
0.3~40 1~60 1.5~60 2~60 2.5~60 3~60 6~60 8~60
3~18 6~18
\\ 3~18 6~18
2950×1240
×1000
3300×1150
×850
3500×1240
×1100
3740×1440
×1050
4250×1450
×1100
4500×1650
×850
5500×2000
×850
6000×2200
×850
3700 3600 4800 5856 6500
10~60
5~100 5~80
2~30 3~30
7000 8000 9000
Half-sine Waveform
Temperature range 0 ~ 40℃, Humidity ≤ 80% (non-condensing)
Special foundation, foundation-free base is optional. The working distance of 800~1000mm shall be reserved
around the equipment.
1-phase AC220V±10% 50Hz
≤1MPa
MIL-STD-810 IEC68-2-27 UN38.3 IEC62281 IEC62133-2 UL2054 IEEE1625 SAEJ2929 IEC62660-2 ISO12405-3 UL2580
Parameters
Rated Load (kg)
Table Size (mm)
Peak Acc.
(g)
Half-Sine
Post-Peak
Sawtooth
Trapezoid
Pulse
Duration
(ms)
Half-Sine
Post-Peak
Sawtooth
Trapezoid
Overall Dimension
(mm)
Weight (kg)
Power
Air Source
Working Environment
Standards
Bump Waveform
(Optional)
Peak Acceleration (g)
Pulse Duration (ms)
Bump Rate
(Times/Min)
Model
TECHNICAL SPECIFICATIONS
10~120 10~80 10~40
5~150
Installation Condition
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. Bump fundtion, Post-peak Sawtooth and Trapezoid waveforms are optional.
5~60
4~30
\\
\\
\\
MECHANICAL TESTING SOLUTIONS
09 KRD13 HIGH ENERGY SHOCK
TEST SYSTEM
Windows-based stable control system
IPS-2000 shock control & measurement system
can accurately complete the high energy shock test
Pneumatic cylinder driving with advantages of
large driving force, short accelerating stroke, low
cost and pollution free.
Adopts the high strength and hardness cast
aluminum table, which has high first-order
resonance frequency, featured with low noise and
no clutter.
Advanced energy storage expansion shock
method it can achieve high shock energy that can
not be achieved by classical free-fall shock,
especially to meet the various shock test standards
for new energy batteries.
Stable guide pillar: combined with pneumatic
balance lifting system, automatically positioning
the table.
KRD13 series high energy shock test sytem is specially designed to meet the requirements of military industry and automotive industry. The system adopts the principle of pneumatic energy storage expansion. By adjusting the inflation pressure,
various high-level acceleration tests can be easily implemented in a short stroke.
This equipment combines classical free-fall shock and pressuried shock into one, can acheive higher shock energy than
free-fall shock method.
Easy installation: the equipment comes with a
high-performance buffer and vibration isolation
base, no special foundation is required, and the
installation is convenient, safe and reliable.
CME Technology Co., Ltd.
10
Parameters
KRD
13-50
KRD
13-100
KRD
13-200
KRD
13-500
KRD
13-800
KRD
13-1000
KRD
13-2000
Model
TECHNICAL SPECIFICATIONS
50 100 200 500 800 1000 2000
500×500 600×600 800×800 1000×1000 1200×1200 1500×1500 2000×2000
10～1500 10～1000 10～500 10～400 10～300 10～200
15～200
2～60 3～60
3～18
3～18
6～18
6～18
4～60 5～60 6～60 8～60
15～100 15～60 15～50 30～50
10～200 10～100 10～50
Half-sine Waveform
Temperature range 0～40℃, Humidity ≤ 80% (non-condensing)
Foundation-free, the cement floor shall be leveled and the working distance of 800~1000mm shall be
reserved around the equipment
10～60
1-phase AC220V±10% 50Hz
≤1MPa
MIL-STD-810 IEC68-2-27 UN38.3 IEC62281 IEC62133-2 UL2054 IEEE1625 SAEJ2929 IEC62660-2
ISO12405-3 UL2580
Rated Load (kg)
Table Size (mm)
Half-sine
Trapezoid
Post-peak
Sawtooth
Peak
Acc.
(g)
Pulse
Duration
(ms)
Half-sine
Trapezoid
Working Environment
Power
Air Source
Installation Condition
Post-peak
Sawtooth
Bump Waveform
(Optional)
Bump Rate
(Times/Min)
Standards
3～60
10～1000
Bump
Peak Acc.(g)
Bump Pulse
Duration (ms)
1200×1200
×1500
1200×1200
×1650
1100×1100
×1700
1300×1300
×1600
1500×1500
×1700
1600×1600
×1800
2000×2000
×1900
3000 3800 3200 4000 5000 6000 8500
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. Bump function, Post-peak Sawtooth and Trapezoid waveforms are optional.
Overall Dimension
(mm)
Weight (kg)
5～100
3～30
5～80
4～30
5～40
5～30
5～60 \\
\\
10～80 10～40 \\
11 KRD16 HIGH IMPACT
SHOCK TEST SYSTEM
MECHANICAL TESTING SOLUTIONS
High impact shock test system meets MIL-S-901D standard
which covers shock testing requirements for ship board machinery, equipment, systems, and structures, excluding submarine
pressure hull penetrations. The purpose of these requirements is
to verify the ability of shipboard installations to withstand shock
loadings which may be incurred during wartime service due to
the effects of nuclear or conventional weapons.
Parameters Lightweight Medium weight
Max Load (kg)
Pendulum Mass (kg)
Shock Form
Drop Hammer
Height (mm)
Table Size (mm)
Overall Dimension
(mm)
Installation Site
Power
Environment
Standards
Weight (kg)
Model KRD16-1 KRD16-2
200 3000（Including fixture≤3400）
182 1360
0～1500
4A (Flat plate) 860×570
4C-Ⅰ (Angle plate) 670×300
4C-Ⅱ (Angle plate) 670×300
1520×1520
4800×1300×4500
3000 15000
3650×3300×3200
4C-Ⅲ (Angle plate) 670×550
According to the foundation drawings provided by the manufacturer
MIL-S-901D
3-phase AC380V±10% 50Hz
Temperature range: 0～40℃, Humidity≤80% (non-condensing)
Preset energy automatic completion
0～1870
TECHNICAL SPECIFICATIONS
Note: The parameters in the table are for reference only, and the parameters agreed upon by
the supplier and the buyer shall prevail.
12
The KRD20 series pneumatic bump test machine replaces the traditional mechanical cam-type crash bench and is suitable for repeated impacts on electronic components, equipment and other electrical and electronic products during
transportation or working.
TECHNICAL SPECIFICATIONS
CME Technology Co., Ltd.
KRD20
PNEUMATIC BUMP TEST MACHINE
Fully pneumatic driven, clean and environmentally friendly,
good repeatability and high reliability.
Control the frequency of bumpss by adjusting the gas
pressure to achieve continuous high-frequency bumps.
Test time and collision frequency can be set arbitrarily, and
it will stop automatically after the test is completed.
Load (kg)
Table Size (mm)
Pulse Duration (ms)
Bump Rate (Times/Min)
Bump Waveform
Peak Acceleration(g)
Weight倗kg倛
Overall Dimension(mm)
Standards
Working Environment
Power
Air Source
Installation Condition
Parameters
KRD20-50
KRD20-100
Model KRD20-200 KRD20-500 KRD20-800 KRD20-1000 KRD20-1500 KRD20-2000KRD20-3000
3～150 3～120
2～30 3～30 5～30
3～100 3～80 4～60
Half-sine Waveform
6～30 8～30 11～30
5～50 5～40 5～30
1～120 1～100
1050×1050
×1300
1050×1050
×1280
1300×1300
×1650
1500×1500
×1600
1800×1800
×1600
1～80 1～60 1～30 1～20
2000×2000
×1850
2500×2000
×1950
2500×2500
×2100
1500 1980 1925 3475 2800 7500 8500 9500 11000
MIT-STD-810 IEC68-2-27
Temperature range 0～40℃, Humidity ≤ 80% (non-condensing)
Foundation-free, the cement floor shall be leveled and the working distance of 800～1000mm shall be reserved
around the equipment
1-phase AC220V±10% 50Hz
≤0.8MPa
100 200 500
500×500 600×600 800×800 1000×1000
800
1500×1500
50 1000 1500 2000
2000×2000 2500×2000
3000
1800×1800 2500×2500
KRD20-100
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
1090×1090
×1300
13
MECHANICAL TESTING SOLUTIONS
KRD17
BIDIRECTIONAL VERTICAL
SHOCK TEST SYSTEM
KRD17 series pneumatic bidirectional vertical shock test system is the novel
designed and developed for large specimens that cannot or are not easy to turn
over, especially adopt for battery testing. It can complete vertical upward and
downward shock test in one test stand without moving the UUT.
One machine with multiple functions, one clamping, to complete the upward
and downward shock and bump tests, with high efficiency
Built-in pneumatic brake mechanism, safe and reliable
One-machine management for control and measurement, convenient
operation
Air springs and dampers are used to reduce vibration, and free-foundation
is optional
Pneumatic drive, no pollution to the environment
TECHNICAL SPECIFICATIONS
Parameters
Model KRD17-50 KRD17-100 KRD17-200 KRD17-500 KRD17-800 KRD17-1000 KRD17-2000
1250×1250
×1600
3000 3200 3500 4500 5000 6000 8000
1250×1250
×1600
1300×1300
×1700
1350×1350
×1750
1550×1550
×1750
1650×1650
×1850
2000×2000
×1900
Temperature range 0～40℃, Humidity ≤ 80% (non-condensing)
≤1MPa
Special foundation, optional foundation-free. The cement floor shall be leveled and the working distance of 800～1000mm
shall be reserved around the equipment
1-phase AC220V±10% 50Hz
MIL-STD-810 IEC68-2-27 UN38.3 IEC62281 IEC62133-2 UL2054 IEEE1625 SAEJ2929 IEC62660-2 ISO12405-3 UL2580
50 100 200 500 800 1000 2000
500×500 600×600 800×800 1000×1000 1200×1200 1500×1500 2000×2000
Downward
Upward
Half-sine Waveform
10～750
10～200
15～200 15～200 15～100 15～100
1.5-60
3～18
3～18
3.5-60 3.5-60 4-60 4.5-40 5.5-60 5.5-60 6-60
15～350 15～300 15～200 15～150 15～100 15～100 15～75
6～18
6～18
2-60 2.5-60 4-60 4.5-60 5-60
10～600 10～450 10～300 10～250 10～200 10～150
10～200 10～100 10～100
15～60 15～60 15～50
10～100 10～100 10～100
6-60
Rated Load (kg)
Table Size (mm)
Half-Sine
Post-Peak
Sawtooth
Trapezoid
Working Environment
Power
Air Source
Installation Condition
Peak
Acc. (g)
Pulse
Duration
(ms)
Half-Sine
Post-Peak
Sawtooth
Trapezoid
Shock Pulse Duration(ms)
Weight (kg)
Standards
Shock Peak Acceleration (g)
Shock Wave
Overall Dimension (mm)
CME Technology Co., Ltd.
14
Shock Direction
Shock Direction
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. Post-peak Sawtooth and Trapezoid waveforms are optional.
MECHANICAL TESTING SOLUTIONS
15 KRD14 series pneumantic shock response spectrum tester is used
to measure and determine the shock resistance of electrical and
electronic products or packaging, and to evaluate the reliability and
structural integrity of the test product in a shock environment. The
shock response spectrum is the total result of a series of single-degree-of-freedom linear systems with different natural frequencies
subjected to the same shock excitation response. When a product
is subjected to an impact, the maximum value of its impact
response means that the product has a maximum stress. Therefore, the shock response spectrum tester can better simulate the
shock wave and shock energy suffered in the real environment.
KRD14 PNEUMATIC VERTICAL
SHOCK RESPONSE SPECTRUM
TEST SYSTEM
1200mm table size withstand 1000kg
load.
Windows-based stable control system,
full-automatic remote-control interface.
The control & measurement system has built-in SRS
specifications and tolerances, which is convenient for
users to adjust and apply. It automatically completes
the test and generates reports.
The equipment takes up a small area
and is easy to install.
Adjust the driving shock energy by adjusting the air
pressure, which is convenient to operate and high in
efficiency.
TECHNICAL SPECIFICATIONS
Parameters KRD14-20 KRD14-50 KRD14-100 KRD14-200 KRD14-500 KRD14-1000
Load (kg)
Table Size (mm)
Power
Air Source
Installation Condition
Weight (kg)
Standards
Working Environment
Response Frequency
Range (Hz)
Max. Response
Acceleration (g)
Tolerance Range (dB)
Overall Dimension (mm)
Gradient of Rising Stage
(dB/Otc)
Model
50,000 30,000 25,000 15,000 10,000 5,000
1300×850×1500 1420×865×1485 1200×1200×1650 1750×1100×1700 1900×1300×1800 2200×1500×2000
±6～9
6～9
20 50 200 500 1000
300×300 600×600
100
500×500 800×800 1000×1000 1200×1200
10～10000
2000
MIL-STD-810
1-phase AC220V±10% 50Hz
3240 3800 4800 4500 5000
Temperature range 0～40℃, Humidity ≤ 80% (non-condensing)
≤1MPa
Foundation-free, the cement floor shall be leveled and the working distance of 800～1000mm shall be reserved
around the equipment
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
CME Technology Co., Ltd.
16
TECHNICAL SPECIFICATIONS
KRD15 PNEUMATIC HORIZONTAL SHOCK
RESPONSE SPECTRUM TEST SYSTEM
The system adopts pneumatic energy storage to drive the
impact hammer, with large driving force, fast response
speed and reliable structure;
Adjust the driving shock energy by adjusting the air pressure, which is convenient to operate and high in efficiency.
The operating software has the functions of shock response spectrum
tester control, shock data collection,
and response spectrum analysis.
Special designed base for the response
spectrum, which can raise the installation position of the response board,
convenient for the user to install the
test piece and adjust the gasket. In
addition, the rigidity of the installation
position of the response board is greatly enhanced, which makes it better
fixed to the ground foundation and
withstands larger Impact load.
A two-level safety cut-out is designed to fully protect the
safety of operators.
Parameters KRD15-50 KRD15-100 KRD15-200 KRD15-500 KRD15-1000
Load (kg)
Table Size (mm)
50 100 500 1000
500×500 800×800
200
600×600 1000×1000 1200×1200
10～10000
15,000
4000 5300 6520 7000 8000
12,000 10,000 8000 6000
3700×1200×850 4050×1195×1000 4300×1440×950 4500×1640×850 4700×1840×850
6～9
6～9
Special foundation, foundation-free base is optional. Temperature range 0～40ぎ, Humidity ≤ 80% (non-condensing)
≤1MPa
Power 1-phase AC220V±10% 50Hz
Response Frequency
Range (Hz)
Max. Response
Acceleration (g)
Tolerance Range (±dB)
Overall Dimension (mm)
Air Source
Weight (kg)
Gradient of Rising Stage
(dB/Otc)
Working Environment
Model
KRD15 series is the state-of-the-art shock response
spectrum tester that adopts compressed gas energy to
provide impact energy, push the shock hammer to
impact the resonance plate, and generate high energy
shock. Comparing to traditional pendulum shock
response spectrum tester, this machine has the advantages of high energy, stable performance, high reliability, good repeatability, easy adjustment, safety and environmental protection. It is mainly applied in the industries of aerospace, aviation and ships.
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
17 KRD30 series constant acceleration test machine is used
to evaluate when components, equipment and other
electrical and electronic products are subjected to constant acceleration environment (except gravity), whether
the structure adaptability and performance are good,
and obtain the units’ electrical parameters.
KRD30 CONSTANT ACCELERATION
TESTER (BOX TYPE)
Advanced control system: Full-automatic computer remote
real-time control interface. The operator only needs to input
simple values to start the equipment and complete the
acceleration test accurately.
User-friendly display interface: the control interface can
display the test curve, tolerance and test time in real time.
Powerful multi-acceleration continuous test system: It
can realize multi-level acceleration continuous test
according to the different requirements of the test sample.
Reliable protection measures: open circuit, over-limit and
over-speed protection can be realized.
Multiple control methods: In the case of automatic control
failure or no need of automatic control, the device can still
use manual control to complete the test.
Convenient and quick result output system: After the test,
the test report is automatically generated and printed out.
MECHANICAL TESTING SOLUTIONS
TECHNICAL SPECIFICATIONS
KRD30-10
200 300 —
200 500 130
3×6 5×4 10×2 20×2 0.05×N 0.04×N 0.03×N 0.02×N
1～500 1～100 200～20k 200～30k 200～40k 200～80k
≤3 ≤5
1000 1500 1000
±X、±Y、±Z
Optional according to user requirements —
60
1100×1100×1200 1850×1520×950 1000×1000×1100
Fully closed-loop digital network (remote) automatic control + manual control
Temperature range 0～40℃, Humidity≤80% (non-condensing)
5
MIL-STD-810 IEC68-2-7 MIL-STD-202 MIL-STD-750 MIL-STD-883
≤3
3-phase AC380V±10% 50Hz
Foundation-free, the cement floor shall be leveled and the working distance of 800～1000mm shall be reserved
around the equipment
Parameters KRD30-03 KRD30-05 KRD30-20 KRD30-2M KRD30-3M KRD30-4M KRD30-8M
Load (kg)×Position
Max. Height for
Specimen (mm)
Acceleration (g)
Weight (kg)
Installation Radius (mm)
Test Direction
Launch/Stop Time (min)
Dimension (mm)
Control Mode
Continues Worktime (min)
Slip Ring
Standards
Working Environment
Power
Installation Condition
Model
Acceleration Accuracy (%)
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. In addition to providing electrical signals, the slip ring can also optionally add transmission functions such as oil, gas, special signals, Ethernet, and RF signals.
18
KRD31 series constant acceleration tester are used to test articles under extreme acceleration conditions based on standard like
MIL-STD-810F, MIL-STD-202 and IEC68-2-7.
It is most suitable for testing electronic components or devices. Under high g effect on microcircuits, to check adaptability and reliability of wiring and the internal structures. It may expose mechanical and structural defects that are not found with vibration and shock
tests.
KRD31 CONSTANT ACCELERATION
TESTER (ARM TYPE)
CME Technology Co., Ltd.
TECHNICAL SPECIFICATIONS
Max. Load (kg)
Acceleration Accuracy (%)
Acceleration (g)
Weight (kg)
Installation Platform
Size (mm)
Specimen Installed
Radius(mm)
Max. Turning Diameter
(mm)
Launch/Stop Time (min)
Inner Diameter of
Foundation (mm)
Control Mode
Slip Ring
Continues Working
Time(min)
Standards
Working Environment
Power
Installation Condition
Parameters
Model KRD31-30 KRD31-50 KRD31-100 KRD31-100A KRD31-200 KRD31-500 KRD31-1000 KRD31-1500
30 50 100 200 500 1000 1500
3～100 3～50
≤±3
500×500 600×600
1000
2500 3000 4000 5000 6000 7000 12000 14000
1200
700×700 800×800
1650 2150 2600 3000 5400 6250
1000×1000 1200×1200 1500×1500
≤3 ≤5 ≤8 ≤10
2500 4000 5000 5500 7000 8000 10000 12500
Φ8500 Φ14000 Φ16000
60 30
Φ3000 Φ3500 Φ4500 Φ5500 Φ7000
Fully closed-loop digital network (remote) automatic control + manual control
Optional according to user requirements
Temperature range 0～40℃, Humidity ≤80% (non-condensing)
3-phase AC380V±10% 50Hz
MIL-STD-810 IEC68-2-7 MIL-STD-202 MIL-STD-750 MIL-STD-883
According to the foundation drawings provided by the manufacturer
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. In addition to providing electrical signals, the slip ring can also optionally add transmission functions such as oil, gas, special signals, Ethernet, and RF signals.
KRD32 NON-STANDARD
CONSTANT ACCELERATION
TESTER
MECHANICAL TESTING SOLUTIONS
19 KRD32 series non-standard constant acceleration testing machine is test equipment
for military products to simulate dynamic centrifugal motion, dual-environmental force
centrifugal motion and central high-speed rotating motion, so as to assess the anti-load
performance of electronic components, small components and other electrical and
electronic products and detect the anti-load performance specifications. It is mainly
used for routine dynamic structural integrity and adaptability tests of components,
small parts and small complete machine on aircraft.
TECHNICAL SPECIFICATIONS
Max. Load (kg)
Working Environment
Max. Acceleration (g)
Loading Rate (g/s)
Rotating Speed
(R/Min)
Control Mode
Standards
Installation Radius (mm)
Power
Installation Condition
1500
0～3000 0～100000 0～10000
——
—— ——
Customized —— Customized
5 5
20
10
50
50
3 1000
150 —— Shock 10000g--1ms
Customized Standard Electro-Dynamic
Shakers specifications
Collector Ring
MIL-STD-810 IEC68-2-7
3-phase AC380V ±10% 50Hz
Temperature range 0～40℃, Humidity ≤80% (non-condensing)
According to the foundation drawings provided by the manufacturer Foundation-free, working distance of 800～1000mm
shall be reserved around the equipment
Fully closed-loop digital network (remote) automatic control + manual control)
Optional according to user requirements
Parameters
KRD32-1 KRD32-2 KRD32-3 KRD32-4 KRD32-5
Model Dual-environment constant
acceleration tester High-speed spin tester Centrifugal dynamic
overload tester Spin shock compound tester Centrifugal vibration
compound tester
CME Technology Co., Ltd.
The acceleration rising rate is large
Computer centralized control and measurement
Fully digital network closed-loop remote control, high control accuracy
Complete safety protection functions
20
—— ——
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. In addition to providing electrical signals, the collector ring can also optionally add transmission functions such as oil, gas, special signals, Ethernet, and RF signals.
21 KRD40/41/42
DROP TEST SYSTEM
MECHANICAL TESTING SOLUTIONS
KRD41 series small drop tester is suitable for free-fall test of
small consumer electronics and components.
KRD40 series drop tester, mainly simulates the resistance to
drop and impact of large and heavy packaging products. It can
realize the drop test of the edge, surface and angle of the
sample. This equipment is mainly used to evaluate the ability of
product or packaging to withstand drops during transportation
and loading and unloading, so as to improve product and packaging design.
KRD42 series double-lift zero drop tester is mainly suitable for
large size packaging products to resist drop impact performance, its powerful power system and unique sample support
for easy loading and unloading of oversized, overweight items,
and automatically rise to the set height, complete the drop test.
22
Driven by pneumatic and servo motors, stable
lifting process with upper and lower displacement
restrictions, safe and reliable;
Adopt single-track or dual-track lifting method, and
the height can be adjusted arbitrarily;
No special foundation required, no other complicated operation or installation;
Optional handheld pad control + human-computer
interaction system
It can clamp and drop the test specimen in different directions such as edges, faces and angles;
Fully automatic Omron PLC control; high-precision
displacement sensor is equipped with high-precision collector;
CME Technology Co., Ltd.
TECHNICAL SPECIFICATIONS
Small drop tester Zero-distance drop tester Double lift zero-distance drop tester
Parameters
Model
KRD
40-200
KRD
40-300
KRD
42-500
KRD
41-100
KRD
41-200
KRD
40-100
KRD
42-800
KRD
42-1000
KRD
42-2000
Test Mode
Position Accuracy
Power
Installation Condition
Working
Environment
Standards
Max. Load
(kg)
Drop Height
(mm)
Max. Specimen Size
(mm)
Drop Zone Size
（W*D/mm） 1200×1200 1400×1400 1200×1200 1400×1400 1500×1500 2400×1600 2600×1700 2800×1800 3200×2000
Face, Edge and Angle
Temperature range 0～40℃, Humidity≤80% (non-condensing)
Foundation-free, the cement floor shall be leveled and the working distance of 800～1000mm shall be reserved around the equipment
3-phase AC380V±10% 50Hz
ISO2248-1985(E) IEC68-2-27 ISTA
±2% or ±10mm (subject to the larger value)
Depth 840 1300×1300
×1300
1000×1000
×1000
1200×1200
×1200
1400×1400
×1400
1500×1500
×1500
1600×1600
×1600
1800×1800
×1800
100
300～1500 0～1500 0～1200 0～1000 0～800
200 100 200 300 500 800 1000 2000
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
Depth 840
1-phase AC220V±10% 50Hz
MECHANICAL TESTING SOLUTIONS
KRD50 series transportation simulation test system is to
simulate the actual road conditions such as shocks and
vibrations during the transportation of various items of a
specific load, and to evaluate the effect of the actual
working conditions on the loading, unloading, transportation, packaging, sealing or internal structure of the goods.
In order to assess or confirm the products and packaging.
TECHNICAL SPECIFICATIONS
KRD50
TRANSPORTATION SIMULATION
TEST SYSTEM
The method of subband approach is used to
simulate broadband random vibration. Each
subband contains a main natural frequency
and meets the power spectrum of the subband. The vibration magnitude and running
time of the test bench are consistent with the
actual road spectrum.
Adopt truck chassis suspension technology, the acceleration factor can be
adjusted;
AC variable frequency control;
No special foundation is needed, no other complicated operation or installation.
Parameters
KRD50-200 KRD50-300 KRD50-600 KRD50-1000 KRD50-2000 KRD50-3000 KRD50-4000 KRD50-6000
Vibration Waveform Broadband Random
Temperature range 0～40℃, Humidity≤80% (non-condensing)
Max. Load (kg) 200 300 600 1000 2000 3000 4000 6000
Instantaneous Probability
Density Function Approximately normal distribution
GRMS of Acceleration
(g) 0.32 (0.5-400Hz)
Simulated Truck Speed
(km/h) 20～80
Simulated Pavement Intermediate pavement in tertiary highways & intermediate and low pavement in fourth highways
Acceleration Level 1:1
Height of Specimen
(mm) ＜500 ＜600 ＜700 ＜800 ＜900 ＜1000 ＜1200 ＜1500
Working Table Size
(mm) 1500×700 2000×1200 2200×1200 2700×1650 2700×1800 3600×2600 4000×2800 5000×3500
Consumption Power
(kVA) 6 10 12 25 30 40 70 90
Overall Dimension
(mm)
1700×850
×1040
2000×1550
×1000
2200×1500×
950
2900×1300
×2200
2950×2250×
1250
3600×2600×
1450
4000×2800×
1550
5000×3500×
1750
Weight (kg) 1150 2000 3000 5500 6000 8000 10000 15000
3-phase AC380V±10% 50/60Hz
GB/T4857.15-89 QJ/T815.1-94 QJ/T815.2-94 GJB150.16-86
Working Environment
Standards
Power Supply
Model
23
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
27
24
Bounce testing simulates the constant loose cargo
state during truck transport. Often times, containers
carrying military and civilian hardware (such as: medical supplies, electronics, weaponry, communication
devices) travel for extended periods of time and must
be transported off-road. All of these items must
maintain functionality upon arrival at their destinations.
The International Safe Transit Association (ISTA) developed a civilian package test procedure resembling the
military test: 1A for products weighing less than 150
lb (68 kg) and 1B for over 150 lb (68 kg). Additional
tests in subsequent procedures such as 1C, 1D, 2A
and further combine the loose cargo basic test with
atmospheric conditioning and other factors.
MIL-STD-810 and ISTA Procedures 1A and 1B offer
package test procedures for packages subjected to
repeated vibration (bouncing Testing) for a distance of
up to 150 miles (240 km), while unrestrained and
repeatedly colliding with other cargo and the walls
and floor of a four-sided compartment.
TECHNICAL SPECIFICATIONS
CME Technology Co., Ltd.
KRD51
TRANSPORTATION BOUNCE
TEST SYSTEM
Parameters KRD51-100 KRD51-200 KRD51-500
Displacement (mm) (P-P)
KRD51-1000 KRD51-2000
Max. Load (kg)
Frequency
Test Motion
25.4
100 200 500 1000 2000
8 10 12 100 20
2100×1500×1200 2170×1570×1400 2300×1800×1800 2700×1800×1800 3120×2100×1850
1600 2800 3500 5000 8500
3-phase AC380V±10% 50/60Hz
ISTA-1A,1B, 2A, 2B 6-FedEx-B ASTM-D999-A2 ISO-2247 MIL-STD-810 IEC 60068-2-55
1700×1200 1900×1300 2000×1500 2700×1650 2700×1800
Circular Motion
2～5Hz (120~300RPM)
Temperature range 0～40℃, Humidity≤80% (non-condensing) / Special foundation is needed
Working Table Size (mm)
Consumption Power (kVA)
Overall Dimension
(mm)
Weight (kg)
Working Environment
Standards
Power Supply
Model
Height of Specimen
COG(mm) ＜500 ＜600 ＜700 ＜700 ＜700
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
25 MECHANICAL TESTING SOLUTIONS
KRD60 series 3 DOF test system simulates various mechanical,
electrical, and electronic products installed on ships, seaplanes,
and other equipment to perform sway and tilt tests to determine
the ability and structural integrity of the product to withstand
severe sway and tilt requirements. The tilt test is mainly applicable to large-angle tilt caused by ship damage, manipulation, imbalance in loading and unloading, and wind. The sway test is mainly
applicable to long-term swaying of the ship due to external forces
such as wind and waves, which must be maintained normally or
products that work reliably, and products that have a significant
impact on their performance in a rocking environment.
KRD60 3-DOF TEST SYSTEM
Based on the stable Windows OS and support automatic remote-control interface, the operator can accurately
complete the tilting and swing test by entering simple values.
The operation interface is mainly based on the real-time display of data curve, it also can display the test
parameters, system status, and test progress.
It can realize the functions of sine signal, self-closed loop adjustment, various function control and alarm
prompt.
The functions of roll, pitch, head-roll and tilt tests can be performed on the same platform.
TECHNICAL SPECIFICATIONS
0～±10°
3s～7s
0～±45°
3s～30s
0～ ±30°
0～±45°
0～±30°
4s～30s
800×800 1000×1000 1500×1200 1600×1300 1700×1500 1800×1600 3200×2100 3500×2800 4000×3000
3-phase
AC380V±10%
20kVA
3-phase
AC380V±10%
22kVA
3-phase
AC380V±10%
37kVA
3-phase
AC380V±10%
45kVA
3-phase
AC380V±10%
55kVA
3-phase
AC380V±10%
70kVA
3-phase
AC380V±10%
90kVA
3-phase
AC380V±10%
110kVA
3-phase
AC380V±10%
150kVA
Angle
Yawing
Rolling
Rolling Tilting Angle
Control Mode Computer control and measurement
Pitching Tilting Angle
Pitching
Cycle
Angle
Cycle
Angle
Cycle
Table Size (mm)
Working Environment
Installation Condition
Standards
Power
Height of Specimen
COG (mm)
Max. Load (kg) 300
300 500 700 900
100 500 1000 1500 2000 3000 5000 8000 10000
Temperature range: 0～40℃, Humidity ≤80% (non-condensing)
According to the foundation drawings provided by the manufacturer
IEC60068－2
Parameters
KRD
60-100
KRD
60-300
KRD
60-500
KRD
60-1000
KRD
60-1500
KRD
60-2000
KRD
60-3000
KRD
60-5000
KRD
60-8000
KRD
60-10000
Model
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
26
KRD61 series 6-DOF test system is a closed-loop servo simulation platform consisting of six servo actuators and six sets
of dedicated hinges connected at the top and bottom platforms respectively. By virtue of the telescopic movement of
the six actuators, the upper platform moves in six degrees of
freedom (X, Y, Z, α, β, γ), so various space motion
attitudes can be simulated.
It is widely applied as testing or training simulators in the
field of aircraft, vessel, helicopters taking off and landing,
automotive, train, earthquake, motion movies, entertainment
equipment and other fields. It can even be used for docking
of space spacecraft and for refueling of aerial tankers. In the
processing industry, it can be made into six-axis linkage
machine tools, smart robots, etc.
TECHNICAL SPECIFICATIONS
CME Technology Co., Ltd.
KRD61 6-DOF TEST SYSTEM
It can realize posture simulation, sine wave
simulation, single-DOF motion, and multiple-DOF composite motion.
It can realize road spectrum filtering, road spectrum, wave spectrum, and flight spectrum replication.
Provide internal and external data output control interfaces.
Provide third-party communication interface
through TCP / IP protocol.
KRD
61-100
KRD
61-300
KRD
61-500
KRD
61-1000
KRD
61-2000
KRD
61-5000
KRD
61-10T
Height of Specimen COG
(mm)
Parameters
Model
Max. Load (kg)
Power Supply
Table Dimension (mm)
Pitch
Roll
Pitching Displacement
(mm)
Rolling Displacement
(mm)
Heaving (mm)
500～1000 (customized by product)
100 300 500 1000 2000 5000 10000
±10° /±20° /±35° (customized)
Customized by testing conditions
±10° /±20° /±35° /±45° /±60° (customized)
±50／±80／±100／±200／±300／±400／±500
±50／±80／±100／±200／±300／±400／±500
±50／±80／±100／±200／±300／±400／±500
3-phase AC380V±10%, 50Hz
Working Environment Temperature range 0～40°C, Humidity ≤80% (non-condensing)
Standards AC156 ISO 12405 ISO 13849-1 ISO 13090-1 ISO 2631-1
Installation Condition According to the foundation drawings provided by the manufacturer
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
Yaw ±10° /±20° /±35° (customized)
27 KRD70 series hydraulic vibration shaker converts the energy of high-pressure liquid into the
power of the reciprocating motion of the cylinder through the electro-hydraulic servo valve.
Especially suitable for vibration tests requiring low frequency and high force. It can realize sine,
random, multi-point excitation and shock test (sine, random, sine on random, random on
random, or resonant search & dwell). It’s applied for reproducing the vibrations of transportation
vehicles, bulk packaging products, machinery, electrical and electronic products in the actual
environment, thereby optimizing the product structure and saving costs.
KRD70
HYDRAULIC VIBRATION SHAKER
MECHANICAL TESTING SOLUTIONS
28
To achieve sine vibration, random vibration,
multi-point excitation, and shock tests;
It can be used to simulate seismic excitation
and ammunition loading with low frequency
and high force features.
The high-strength cast aluminum or cast magnesium table ensures uniform and consistent
vibration, high reproducibility, and avoids deformation of the table.
TECHNICAL SPECIFICATIONS
Parameters
KRD
70-5K
KRD
70-1T
KRD
70-2T
KRD
70-3T
KRD
70-4T
KRD
70-5T
KRD
70-10T
KRD
70-20T
KRD
70-30T
KRD
70-40T
KRD
70-50T
Model
16000
600×600
2500 3000 3800 5000 6800 9500 9500 21000 26000 31000
800×800
0.6
1000×1000 1200×1200 1500×1500 1800×1800 2000×2000 2500×2500 3000×3000
3-phase AC380V±10%
50Hz
MIL-STD-810 IEC60068-2 ASTMD4728
Max. Sine Force (KN)
Frequency
Range (Hz)
Max. Load (kg)
Max. Velocity (m/s)
Max. Displacement
(P-P) (mm)
Table Size (mm)
Power Supply
Weight
Working Environment
Standards
Vibration Direction
Vibration Mode
Control Mode
Installation Condtion
Sine
Random
5 10 20 30 40 50 100 200 300 400 500
0.1～200 0.1～150 0.1～130 0.1～100 0.1～80
100 200 400 600 800 1000 1500 3500 5000 7000 8000
0～300 0～200 0～150
100
Computer control and measurement
Sine, random, road spectrum simulation
Vertical / Horizontal
Special foundation, optional free foundation
Temperature range 0～40℃, Humidity ≤80% (non-condensing)
CME Technology Co., Ltd.
Note: 1. The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
2. Force, displacement amplitude, table size and working frequency can be customized.
29 MECHANICAL TESTING SOLUTIONS
KRD100 series incline impact tester simulates the ability of product packaging to
resist shock damage in the actual environment, such as handling, stacking of
shelves, sliding of motors, loading and unloading of locomotives, product transportation, etc. This machine can also be used as a common test equipment for scientific research institutions, colleges and universities, packaging technology test centers, packaging materials manufacturing plants, and foreign trade, transportation
and other departments to conduct incline impact test.
KRD100 INCLINE IMPACT TESTER
Flexible low-damping tackle, high repetition accuracy, to
achieve the required speed change value.
High-strength and low-friction profile guide
rails are beneficial to the accurate free sliding
of the block.
For heavy-duty test products, the
horizontal rotation mechanism of the
composite pulley table can be added
to facilitate the user to install the test
pieces.
Hard wooden or iron sliding table, effectively
protect the surface of the
test piece.
Complete control and measurement
system, simple and convenient operation, integrated control and measurement.
Unique lifting and release methods,
with obvious advancement and
reliability.
During installation, the customer only
needs to fix the machine on the
ground, without other complicated
operations or installation.
30
CME Technology Co., Ltd.
Parameters
Model KRD100-100 KRD100-200 KRD100-300 KRD100-500 KRD100-1000 KRD100-2000 KRD100-3000
TECHNICAL SPECIFICATIONS
Load (kg)
Working Table Size (mm)
Shock Panel Size (mm)
Shock Velocity Range
(m/s)
Shock Velocity Error
Standards
Working Environment
Power
Installation Condition
100 200 500 1000 2000
1300×1300
300
1100×1100 1800×1800 2000×2000
2400×2400
3000
2200×2200
1600×2000 2100×2000 2000×2200 2600×2600
1.2～3.87 0.59～2.35
≤±5％
ISO2248 ISTA
Temperature range 0～40℃, Humidity ≤80% (non-condensing)
Special foundation or embedded chemical anchor bolts or expansion bolts on the leveled concrete floor
3-phase AC380V±10% 50Hz
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
Incline Angle 10°±1°
MECHANICAL TESTING SOLUTIONS
KRD101 series packaging compression tester is designed to evaluate the compressive strength of packaging in order to prevent
the product from deforming or being damaged during handling,
stacking, storage, and transportation due to insufficient packaging strength. This machine is one of the main testing equipment
for corrugated packaging performance and comprehensive indicators, and is an ideal testing equipment for papermaking, packaging, commodity inspection, scientific research and other departments.
KRD101
PACKAGING COMPRESSION
TESTER
Conform to standards ISO2872 & ISO2874
Based on the stable Windows OS and support automatic
remote-control interface, the operator can accurately complete the compression test by entering simple values.
The operation interface is mainly based on the real-time
display of data curve, it also can display the test parameters,
system status, and test progress.
High-precision AD conversion, preamplifier, data processing
and automatic test result output, digital control to ensure
test accuracy and stable performance.
The strength test, fixed value test and stacking test can be
realized on the same platform.
Measuring Range
Accuracy
Platen Area
Working Stroke
Pressing Speed
Return Speed
Foundation Requirements
Standards
Working Environment
Power
TECHNICAL SPECIFICATIONS
Temperature range 0～40℃, Humidity ≤80% (non-condensing)
3-phase AC380V±10% 50Hz
2%
ISO2872 & ISO2874
Smooth cement floor
0～120mm / min (can be set arbitrarily)
10mm / min (can be set arbitrarily)
0～1500mm (can be customized)
1200×1200mm2 (extension plate is optional)
0.2～100kN (can be customized)
31
Note: The parameters in the table are for reference only, and the parameters agreed upon by the
supplier and the buyer shall prevail.
31
32
CME Technology Co., Ltd.
Parameters
KRD102-1 KRD102-2
Clamping Capacity (kg)
Clamping Plate Size
(mm)
The Distance Between
Plates (mm)
Up/Down Height (mm)
Overall Dimension (mm)
Table Weight (kg)
Measurement and
Control System
Requirement for
Foundation
Power Supply
Working Environment
Standards
Remarks
20～1000 20～2000
1000×1000 1200×1200
400～1000 400～1200
0～300 0～300
1200×700×900 1200×700×900
1300 1500
PLC / PC controlled (optional)
Flat cement floor
Temperature range 0～40℃, Humidity ≤80% (non-condensing)
ASTMD6055, American SEARS enterprise
The indicator parameters can be customized by your requirements.
Model
TECHNICAL SPECIFICATIONS
KRD102 series clamping force tester is an indispensable test method for improving products into
high-quality fields. It is suitable for research, development, quality control and manufacturing of electronics, electromechanical, optoelectronic, automotive, toy, packaging and other industries. It can simulate the situation that the goods in the container are
clamped when they are transported from the container to the warehouse. Whether the goods are
damaged due to the clamping, so as to evaluate the
anti- clamping ability of the packaging.
The clamping force tester is a commonly used testing equipment for strength testing of scientific
research institutions, colleges and universities, packaging technology testing centers, packaging material
manufacturers, and foreign trade and transportation
departments.
KRD102
CLAMPING FORCE TESTER
Note: The parameters in the table are for reference only, and the parameters agreed upon by the supplier and the buyer shall prevail.
3-phase AC380V±10% 50Hz
CME Technology Co., Ltd.
Add.：No.3 upgrade Demonstration Base, West of Yongchang Rd., High-tech Zone,
Xianyang City, Shaanxi Province, 712023 China
Tel.：+86-29-38128695
Fax：+86-29-33193132
Website: www.creditcme.com www.cmetechnology.com
E-mail：info@creditcme.com
