MadgeTech SHOCK300 Hoja de especificaciones

SHOCK300

Tri-Axial Shock Data Logger

PRODUCT

USER GUIDE

TABLE OF CONTENTS

2Product Overview

3Software Installation Guide

4Device Operation

7Product Maintenance

8Specifications

9Dimensional Drawings

To view the full MadgeTech product line, visit our

website at madgetech.com.

Product User Guide | 2

Shock300

The MadgeTech Shock300 is a 3-axis shock / acceleration data logger. Each of the three channels may be made active or

inactive as needed. Disabling channels will provide additional storage to the enabled channels.

The Shock300 is specifically designed for documenting dynamic environments such as moving vehicles, trucks,

containers, ships, etc. The device is also valuable in characterizing environments such as production and assembly lines of

delicate electronics, IC fabrication, communications and computer components.

The Shock300 contains two separate accelerometers to provide high sensitivity and accuracy up to 15g or higher levels

of shock monitoring up to 300g. One of three operating ranges must be chosen during setup for a logging session. Those

ranges are +/- 15g (low g accelerometer), +/- 100g and +/- 300g (high g accelerometer).

Physical Mounting

The most accurate transfer of shock, vibration and acceleration to the final logged data will occur when the mounting is

mechanically rigid. Typically, this would occur when the Shock300 is

mounted by two bolts directly to a solid metal, flat surfaced object of

significant mass.

For various applications, the rigid “bolted down” mounting may not be

optimal or practical. The bottom surface of the Shock300 is precision

machined flat. It is possible to mount the unit by the use of a double-

sided adhesive material. MadgeTech does not make recommendations

of specific materials but several points to consider are:

• Adhesive joint should be as thin as possible

• Adhesive joint must have adequate strength to support the unit under conditions expected in use (temperature,

shock, vibration, etc.)

• Adhesive joint material should be as stiff as possible (high durometer)

The stiffness of the mounting material will affect the transfer of shock or vibration to the Shock300. A soft material will

have a tendency to reduce the transfer of high frequencies while a hard material would, in varying degrees, come closer to

the fidelity of signal that a bolted down mount would provide.

Orientation of Axes

The illustration to the right shows the directions of the x, y and z

axes. They are also laser engraved on the front face of the unit.

If an Shock300 is positioned so that any axis points upward,

that axis will report a g force of +1 g.

PRODUCT OVERVIEW

Mounting Holes

X Axis

Y Axis

Z Axis

Product User Guide | 3

Shock300

LED Indicator Functions

The red and green LEDs on the front of the Shock300 will flash or

maintain a static condition to represent operating functions as shown

in the table below.

The power up indication is only presented if the battery pack is separated

from the front face and replaced. This should be done only during factory

service or if directed to do so by a MadgeTech support or repair agent. If

it is presented at any other time, there may be a malfunction of the unit.

PRODUCT OVERVIEW

Red LED

Indicator

Green LED

Indicator

OPERATING FUNCTION GREEN LED INDICATOR RED LED INDICATOR

Power-up Indicator Flashes 4 times

Red and green LED indicators alternately and rapidly flash 4 times each at power-up. LED indicators

continue to flash for error at power-up.

Logging Data

(without USB connected)

Flashes every 15 seconds

Indicates normal operation of logger without USB

connected and adequate battery charge level.

Flashes every 15 seconds (maximum)

Indicates low battery charge level.

Logging Data

(with USB communication)

Flashes every 15 seconds

Indicates normal operation of logger with USB

connected.

Flashes every 5 seconds (maximum)

Indicates when logger communication occurs via

USB.

Delayed Logging Start Flashes every 3 seconds

Red and green LED indicators simultaneously flash every 3 seconds to indicate data logging delayed start is

set.

USB Charging

(USB connected)

Pulses slowly on and off

Indicates when battery is charging via USB

connector.

Flashes every 5 seconds (maximum)

Indicates when logger communication occurs via

USB.

Battery Charged

(USB connected)

Indicates when battery is fully charged when

connected to USB.

Flashes every 5 seconds (maximum)

Indicates when logger communication occurs via

USB.

Battery Charging Fault

(USB connected)

Off On 2 seconds then off 2 seconds

Indicates when there is a battery charging fault and

continues to flash until fault is cleared.

Logger Off Off

Red and green LED indicators are off when logger is off and USB not connected.

MadgeTech 4 Software

The MadgeTech 4 Software makes the process of downloading and reviewing data quick and easy, and is

free to download from the MadgeTech website.

1. Download the MadgeTech 4 Software on a Windows PC by going to madgetech.com.

2. Locate and unzip the downloaded file (typically you can do this by right clicking on the file and selecting Extract).

3. Open the MTInstaller.exe file.

4. You will be prompted to select a language, then follow the instructions provided in the MadgeTech 4 Setup Wizard to

finish the MadgeTech 4 Software installation.

SOFTWARE INSTALLATION

Product User Guide | 4

Shock300

DEVICE OPERATION

Connecting and Starting the Data Logger

1. Once the software is installed and running, plug the

interface cable into the data logger.

2. Connect the USB end of the interface cable into an

open USB port on the computer.

3. The device will appear in the Connected Devices list,

highlight the desired data logger.

4. For most applications, select Custom Start from the

menu bar and choose the desired start method,

reading rate and other parameters appropriate for the

data logging application and click Start. (Quick Start

applies the most recent custom start options, Batch

Start is used for managing multiple loggers at once,

Real Time Start stores the dataset as it records while

connected to the logger.)

5. The status of the device will change to Running or

Waiting to Start, depending upon your start method.

6. Disconnect the data logger from the interface cable and

place it in the environment to measure.

Note: The device will stop recording data when the end of memory

is reached or the device is stopped. At this point the device cannot be

restarted until it has been re-armed by the computer.

Downloading Data from a Data Logger

1. Connect the logger to the interface cable.

2. Highlight the data logger in the Connected Devices list.

Click Stop on the menu bar.

3. Once the data logger is stopped, with the logger

highlighted, click Download. You will be prompted to

name your report.

4. Downloading will offload and save all the recorded

data to the PC.

Enabling and Disabling of Channels

1. Connect the logger to the interface cable.

2. Highlight the data logger in the Connected Devices list.

3. Click Properties or right click the logger in the list and

select Properties.

4. Select Channels in the Properties list.

5. Check or uncheck Enable data recording for each

channel you want to enable or disable.

Product User Guide | 5

Shock300

DEVICE OPERATION

Logging Mode - Peak vs. Instantaneous

When Custom Start is selected in the MadgeTech 4 Software, the user is presented with a range of logging time intervals or

actual recording rates (sampling rates). For all but the two highest recording rates, the user will also have a choice of Peak

vs. Instantaneous capture.

PEAK INSTANTANEOUS

Regardless of the logging interval, the accelerometers will

internally sample at 512Hz. At the logging interval (for example,

30 seconds), the Peak value found in the previous logging

interval is stored.

The red markers show the peak value for the interval which will

be stored.

The accelerometers will only sample data at the logging rate. For

instance, if a 30 second logging rate was selected, then only a

single data point is captured at each 30 second instant.

The potential to lose valuable data can be seen. This, of course,

is very dependent on the applied shock duration and wave

shape. It’s possible for a significant shock event to occur and not

even be visible in the data for the Instantaneous mode.

1. Connect the logger to the interface cable.

2. Highlight the data logger in the Connected Devices list.

3. Click Custom Start.

4. Choose the Start method—Now or Delay (select date

and time).

5. Choose the Stop method—Manual or Automatic (select

date and time).

6. Select the Reading interval.

7. Select the Shock recording mode (if applicable)—

Instantaneous or Peak

NOTE: When switching USB connections from a PC, laptop or power adapter, users can expect a 2 minute delay.

Product User Guide | 6

Shock300

DEVICE OPERATION

Trigger Mode and Post Trigger Storage

The Shock300 allows the user to enter a shock value which

will trigger the storage of data. In general, consider the use

of a trigger as primarily a means of saving storage space by

saving only data which is above a certain value.

To change a trigger in the MadgeTech 4 Software:

1. Click Properties or right click the device in the

Connected Devices list.

2. Click to enable/disable triggers for the X, Y and Z axis

and set trigger points. Trigger setpoints are absolute

values.

3. You may also choose between filling all of memory

after a trigger or storing only a fixed number of samples

after a trigger.

For example, if the option to fill memory is selected, then

after the first trigger, all of available memory will be filled at

the selected logging rate. This will consume the remainder

of available storage space for the selected channel.

If instead, a value of 100 is entered for “trigger sample

count”, then a total of 100 data points will be stored once

a trigger occurs. These 100 samples are acquired at the

selected logging rate.

The trigger sample count should be chosen carefully

because it may gather data points for which we have no

interest. For instance, if 100 were entered and the logging

rate were 30 seconds, then 100 data points would be

gathered over a 3,000 second interval. There may be very

little relevant information to a shock event which triggered

the logging process.

While the use of a trigger has a significant effect on data

storage, it has virtually no impact on battery life.

Battery Life

The Shock300 battery life is highly dependent on the

mode of operation which has been selected for the

device. Referring to the Peak and Instantaneous mode

discussion, along with the Trigger discussion, the

following table presents typical battery life, all at 25 °C,

for various applications of the product. At 0 °C, life will be

approximately 30% less. At 60 °C, a slight improvement

may be seen but is generally masked by increased self-

discharge of the battery.

SETUP CONDITIONS COMMENT

BATTERY LIFE

(DAYS)

All channels, 30s logging Peak 25

All channels, 30s logging Instantaneous 29

All channels, 1024Hz 24

All channels, 512Hz 24

Triggered vs.

Non-triggered

No difference

(but major

storage

differences)

Product User Guide | 7

Shock300

DEVICE OPERATION

Storage and Data Transfer

The Shock300 contains 8 Megabytes of storage space. This

space provides for over 1,397,418 data points for each

channel, with all three channels active.

If fewer channels are used, the active channels recover

and utilize the unused storage space.

The following table present several examples of storage

capacity, measured in days, for various applications of

the product.

Battery Charging and Care

The Shock300 battery does not require any periodic

maintenance. It should be charged as needed. If the

unit will not be used for a while, leaving the battery in a

50% state of charge is considered beneficial to battery

longevity. Using the MadgeTech provided charger is

recommended to maintain charging time.

The battery is a Lithium Ion two cell pack. Please note

the safe handling and storage recommendations in the

specifications section.

Inspection

The Shock300 may be inspected visually for any signs of

damage, especially to the gray gasket or to the USB jack. If

damage is found, visit madgetech.com to return the unit

to MadgeTech for repair.

Recalibration

Recalibration is recommended annually. To send devices

back for calibration, visit madgetech.com.

PRODUCT MAINTENANCE

SETUP CONDITIONS COMMENT

DAYS OF

LOGGING (1)

All channels, 30s logging Peak or

Instantaneous

204

3-axis shock, 128Hz,

instantaneous

No Trigger 2.84 hours

3-axis shock, 128Hz,

instantaneous

With Trigger Many (2)

1. In many cases, the storage space exceeds the battery

capacity. In such cases, external power would need to

be provided to the Shock300.

2. When logging at a sampling rate (not time) of 128Hz,

for example, only 2.84 hours of storage is available

without using triggered operation. If trigger is enabled,

all storage space is available and is only used for the

duration of the triggered shock events, plus a post-

event buffer which is user programmable.

Product User Guide | 8

Shock300

SPECIFICATIONS

Battery Warning: FIRE, EXPLOSION AND SEVERE BURN HAZARD. DO NOT SHORT CIRCUIT, CRUSH, PENETRATE, INCINERATE OR DISASSEMBLE. AVOID

TEMPERATURES ABOVE THE MAXIMUM OPERATING TEMPERATURE OF THE PRODUCT. DISPOSE OF PROPERLY. CHARGE ONLY WITH THE PROVIDED

MADGETECH CHARGER, OR FROM OTHER USB POWER SOURCE VIA THE MADGETECH PROVIDED CABLE.

Specifications subject to change. See MadgeTech’s terms and conditions at madgetech.com.

SHOCK

Accelerometer

Type

MEMS Semiconductor

Acceleration

Range (g)

±15 g ±100 g ±300 g

Acceleration

Resolution (g)

0.02 g 0.05 g 0.2 g

Calibrated

Accuracy (g)

±0.3 g ±2.0 g ±6.0 g

Sampling Rate 1000 Hz

Accelerometer

Freq. Resp.

>1000 Hz (15 g)

>500 Hz (100 g, 300 g)

Reading Rate 1024 Hz to 5 minutes for shock, selectable

in software.

GENERAL

Memory 4,192,254 readings (1,397,418 per channel,

all channels in use)

Start Modes Software programmable immediate start

or delay start, up to 6 months in advance

Real Time

Recording

May be used with PC to monitor and

record instantaneous measurements in

real time

Password

Protection

An optional password may be

programmed into the device to restrict

access to configuration options. Data may

be read out with the password

Calibration Digital calibration through software

Calibration Date Automatically recorded within device

Battery Type Internal Lithium Ion pack, charger

included

Battery Life 20-90 days dependent on user settings

(reading rate, trigger level, peak or

instantaneous)

Data Format Date and time stamped gravities

(g and mg)

IP Rating IP64

Time Accuracy 10 seconds/month (at 0 ºC to 50 ºC)

Computer

Interface

USB-C cable required (included); 1MBaud

Software Windows XP SP3 or later

Software

Compatibility

Standard Software version 4.2.17.0 or later

Secure Software version 4.2.16.0 or later

Operating

Environment

-20 ºC to +60 ºC,

0 %RH to 95 %RH non-condensing

Dimensions 3.4 in x 1.7 in x 1.3 in

(86 mm x 43 mm x 33 mm)

Weight 8 oz (227 g)

Enclosure Anodized aluminum

Approvals CE compliant

EMC Directive 2014/30/EU

RoHS Directive 2011/65/EU

Shock300

DIMENSIONAL DRAWINGS

FRONT VIEW

3.40 [86.4 mm]

1.70 [43.2 mm]

1.34 [34.0 mm]

1.179 [29.9 mm] 1.055 [26.8 mm]

0.885 [22.5 mm]

0.86 [21.8 mm]

1.72 [43.7 mm]

0.20 [5.1 mm]

2X Ø0.20 [5.1 mm] THRU 4X R0.25 [R6.4 mm]

APPLIQUE

COVER

GASKET

BATTERY PACK

TYPE C

USB CONNECTOR

3.00 [76.2 mm]

RED LED INDICATOR

GREEN LED INDICATOR

BACK VIEW (BOTTOM)

DOC-1369036-00 REV 32 2020.03.19

6 Warner Road, Warner, NH 03278

(603) 456-2011 • info@madgetech.com • madgetech.com

Tabla de contenidos

Otros manuales de Registrador de datos de MadgeTech

MadgeTech

MadgeTech Process101A Manual de usuario

MadgeTech

MadgeTech HiTemp140-PT-1-KR Hoja de especificaciones

MadgeTech

MadgeTech PR2000 Hoja de especificaciones

MadgeTech

MadgeTech Level1000 Hoja de especificaciones

MadgeTech

MadgeTech EggTemp-RH Manual de usuario

MadgeTech

MadgeTech PRTemp1000 Hoja de especificaciones

MadgeTech

MadgeTech PRTrans1000 Hoja de especificaciones

MadgeTech

MadgeTech octtemp 2000 Manual de usuario

MadgeTech

MadgeTech Temp1000IS Hoja de especificaciones

MadgeTech

MadgeTech RTDTemp2000 Manual de usuario

MadgeTech

MadgeTech Shock101 Hoja de especificaciones

MadgeTech

MadgeTech OctVolt Hoja de especificaciones

MadgeTech

MadgeTech MadgeNET RFTCTemp2000A Hoja de especificaciones

MadgeTech

MadgeTech LynxPro Manual de usuario

MadgeTech

MadgeTech QuadVolt Manual de usuario

MadgeTech

MadgeTech Temp1000P Manual de usuario

MadgeTech

MadgeTech HiTemp140-M12 Hoja de especificaciones

MadgeTech

MadgeTech HiTemp140-M12 Hoja de especificaciones

MadgeTech

MadgeTech RHTemp101A Hoja de especificaciones

MadgeTech

MadgeTech EggTemp-RH Manual de usuario

MadgeTech

MadgeTech HiTemp140-FR Hoja de especificaciones

MadgeTech

MadgeTech RHTemp101 Manual de usuario

MadgeTech

MadgeTech DHS Manual de usuario

MadgeTech

MadgeTech HITEMP140-FR Hoja de especificaciones

Manuales populares de Registrador de datos de otras marcas

TESTO

TESTO 176 Manual de usuario

HT Italia

HT Italia XL421 Manual de usuario

HBM

HBM SOMAT XR CX22B-R Manual de usuario

Agtrix

Agtrix 380i Manual de usuario

Hobo

Hobo H8 Pro Manual de usuario

Beijing ART Tech

Beijing ART Tech PCI2320 Manual de usuario

Athena

Athena GET SL1 Manual de usuario

Motec Systems

Motec Systems C185 Manual de usuario

Beijing ART Tech

Beijing ART Tech USB2832 Manual de usuario

Rotronic

Rotronic HygroLog HL20 Manual de usuario

MRC

MRC DW-6092 Manual de usuario

Racelogic

Racelogic VBOX LapTimer Manual de usuario

Edu-Logger

Edu-Logger 900-240 Manual de usuario

Elma

Elma DT173 Manual de usuario

Comet

Comet U0121M Manual de usuario

pico Technology

pico Technology PT-104 Manual de usuario

Soil Instruments

Soil Instruments GTecLink Manual de usuario

APLICOM

APLICOM A11 Manual de usuario