SnapShock Plus

Series Acceleration Recorders

Models SSP-2000-1D, SSP-4000-1D, SSP-4000-3D

Highlights:

• Self Contained Acceleration Event, Date, Time Recorder
• Single Axis and Triaxial Models
• Measures & Records Peak Shock Level, Duration, Velocity Change, Date & Time
• Programmable G-Trigger Levels
• Programmable Velocity-Change Trigger Levels
• Drop Height Measurement Mode for Package Test Shipments
• Stores up to 5900 Readings
• Rugged, Water-Resistant Housing
• Mode Cycle Push-Button for Easy Manual Activation/De-activation
• Battery-Powered, 8 to 30 + Day Operation
• Very Small Size: 1.5"x3.2"x1.5", 7oz.
• Built-In Piezoresistive Accelerometer
• Excellent Low Frequency Response
• Automatic Offset Correction
• Programmable Low Pass Filters
• 12 Bit A/D for Improved Accuracy
• 1200 Hz Digitization Rate
• New -- Download via serial & USB.
• Windows 95/98/NT/Me/2000/XP Setup & Analysis Software

Overview:

The SnapShock Plus (SSP) series data recorders are compact, battery powered acceleration event recorders. The new generation devices offer several improved capabilities over the standard Snap Shock model. In addition to measuring peak-g shock levels with a built-in accelerometer sensor, the SSP also measures and records shock duration and velocity change for all events which exceed user defined thresholds. In addition the SSP is now available in triaxial version referred to as the SnapShock Plus/3D (SSP/3D).

The SSP/3D offers all features of the SSP with the benefit of 3-dimensional measurement capability.

Each instrument measures and records the peak acceleration (shock, vibration, or impact) levels to which it is exposed along with shock duration and velocity change, and the exact date and time of occurrence.

The user may specify recording thresholds in g-level, as well as velocity change, so that only those events which exceed g-level and velocity change thresholds of interest are actually recorded into permanent memory. The SSP series recorders utilize a low power design, enabling operation for weeks at a time while running on a single 9-volt battery.

• Additional information regarding the SnapShock Plus.

DynaMax for Windows 95/98/NT/Me/2000/XP:

Data from the SnapShock Plus series recorders may be uploaded and analyzed in a variety of formats using IST's DynaMax for Windows software package operating under most Windows Operating Systems.

DynaMax is the same program used for our more sophisticated waveform recorders, so it provides all the views and sorting abilities you've come to expect with easy snapshots to Word or Excel and quick exporting. In designing DynaMax the customer's ease-of-use has been the #1 priority.

You'll find the familiar scroll bars, dialog boxes, buttons file navigation features, etc., all there just as you would expect in a full featured Windows application.

Here are sample screen shoots of DynaMax:

• Event Table
• Histogram Plot
• Scatter Plot
• Statistical Summary
• Time Line

The Sensor:

The SnapShock Plus utilizes an internal piezoresistive (PR) accelerometer sensing element. This solid state sensing element offers excellent low frequency response capability, enabling accurate measurement of low frequency phenomenon such as rail car impact, freight handling impacts, packaging drop and impacts, aircraft turbulence and landing impacts, etc. Two standard measurement ranges are available: + 10g and + 100g. Other ranges may be available on special order.

The Instrument:

The SnapShock Plus is supplied with an integral single-axis or triaxial accelerometer, microprocessor controlled data acquisition, user-selectable filtering and signal conditioning, solid-state non-volatile data memory, and an external activation push-button. For setup and data recovery, the SSP is connected with a host PC running IST's DynaMax user interface software running under Windows, via serial, and also USB (serial port emulation).

During operation the SnapShock Plus can measure and record up to 1475 time-tagged, peak acceleration levels. With the optional extended data memory this can be increased to 5900 readings. The storage medium is non-volatile, solid state EEPROM, providing maximum data security even if the battery becomes completely discharged. The SSP may be activated for recording under either computer control or by the manual push button control. The unit may be cycled repeatedly in and out of recording mode during a single test session without requiring a host PC. Once activated the SnapShock Plus triggers and records only those acceleration events which exceed the trigger criteria.

Applications:

The SnapShock Plus is designed for documenting dynamic environments such as moving vehicles, trains, planes, packaged products and containers, ships, etc. The device is also useful in characterizing environments such as production and assembly lines of delicate electronics, IC fabrication, communications and computer components, as well as vibration sensitive active pharmaceuticals.

About Instrumented Sensor Technology:

Instrumented Sensor Technology is the world leader in portable, stand-alone data recorders for dynamic measurements. IST supplies recording systems and data analysis software to leading companies throughout the world. We specialize in remote environments and offer the finest self-contained field recorder in the industry. With an international network of support staff we offer outstanding service after the sale to ensure your success.

Please click on the links to the right for more information or contact Instrumented Sensor Technology today!

SnapShock 4000

Peak G-Level, Date, & Time Recorder

Overview:

The SnapShock® 4000 is a compact, battery powered, single axis peak acceleration, date, and time recorder. The instrument measures and records the peak acceleration (shock or vibration) levels to which it is exposed, along with their date and times of occurrence. The user may also specify a recording threshold so that only those peak readings which exceed the threshold of interest are actually recorded into permanent memory. The SnapShock® 4000 utilizes a low power design, enabling operation for weeks at a time on a 9-volt battery.

Highlights:

• Peak Acceleration Recorder with Time Stamp
• Measures & Records Peak Accelerations, Date, Time
• Adjustable Trigger Levels to Conserve Memory
• Stores over 4000 Measurements
• Rugged, Water Resistant Housing
• Start/Stop Switch for Easy Manual Activation
• Battery-Powered, 60+ Day Operation
• Very Small Size: 1.5" x 3.2" x 1.5", 7 oz.
• Built-In Piezoresistive Accel, DC Response
• Programmable Low Pass Filters
• 10 Bit A/D
• 800 Hz Digitization Rate
• Built-In Infra-Red Data Interface
• Windows Software for Easy Setup & Data Download Analysis
• Low Cost

Applications:

The SnapShock® is designed for documenting dynamic environments such as moving vehicles, trains, planes, containers, ships, etc. The device is also useful in characterizing environments such as production and assembly lines of delicate electronics, IC fabrication, communications and computer components, as well as vibration-sensitive active pharmaceuticals.

Applications Include:

• Railcar Coupling/Humping Impacts
• Container Testing
• Aircraft Takeoff & Landing
• Concealed Monitoring
• Brake Testing
• Fragility Testing
• Transportation Monitoring
• Laboratory Drop Testing
• Crash/Impact Testing
• Machinery Monitoring
• Aircraft Turbulence Measurement
• Motion Detection
• Movement Detection

The Instrument:

The SnapShock® incorporates a single-axis accelerometer, microprocessor controlled data acquisition, user-selectable filtering and signal conditioning, solid-state data memory, and an external start/stop switch. For setup and data recovery the SnapShock® is used in conjunction with a host PC running IST's DynaMax™ Suite Software. The SnapShock® employs a two way infra-red (IR) data communication port for data communication. The SnapShock® is designed for use with IST's IR-Wand PC-to-IR interface module. During operation the SnapShock® can measure and record over 4000 time-tagged peak acceleration levels. The storage medium is non-volatile solid state memory, providing maximum data security even if the battery becomes discharged. Once activated the SnapShock® senses and records the peak acceleration levels that occur within adjacent "time bin" periods. The bin period is selectable from 0.25 second to over 24 hours. At the end of each bin period, the highest acceleration sensed within the bin is compared to the pre-set threshold and is stored if greater or equal. The SnapShock® then starts another bin period and continues until either the memory is full or the test period has ended.

The Sensor:

The SnapShock® is supplied with an internal piezoresistive (PR) accelerometer. Two standard measurement ranges are available: ±10g and ±100g. Other ranges are available on special order. The accelerometer is oriented for measurement in the axis perpendicular to the base of the unit. The recorder design employs digitally controlled offset correction upon initial activation of the unit. This feature "zeroes" the device for its initial measurement orientation with respect to earth gravity. As a result the unit may be mounted in any orientation, usually determined by the measurement objectives. The unit also provides automatic temperature compensation of the accelerometer from -4 to 131 deg. F.

Programmability:

The programmable parameters for the SnapShock® include the Bin Period, the Filter Frequency, the Recording Threshold Level, Maximum Number of Bins to Record, and Memory Mode (fill stop or wrap). These parameters are set using the DynaMax™ Suite software prior to field installation. Date and Time is set automatically during setup.

Data Reporting:

Data from the SnapShock® may be uploaded and displayed using the DynaMax™ Suite software package. This package supports communication to the SnapShock® for initial setup, as well as data recovery, uploading, processing, file archiving, exporting, and hardcopy printout. The report formats available within the software include tabular listing of bin number, date, time, and peak-g level as well as graphical display and histogram calculation and display.

Performance History:

The SnapShock® recorder has been in widespread use for several years. The SnapShock® has been the recorder of choice for most U.S. and Canadian railroads, as well as numerous transportation service providers in the U.S. and abroad. The recorder has also been widely used in various industrial test and measurement projects ranging from production line monitoring to automotive vibration level characterization.

Please click on the links to the right for more information.

The OctTemp is a miniature, battery powered, stand alone, 8 channel thermocouple based temperature recorder/datalogger. This is an all-in-one compact, portable, easy to use device that will measure and record up to 14,563 measurements per channel. The storage medium is non-volatile solid state memory, providing maximum data security even if the battery becomes discharged.

View Detailed Datasheet

Features

• N.I.S.T Traceable
• User friendly
• Miniature size
• Eight channels
• Rugged design
• Programmable start time
• Real-time operation
• Low cost

Applications

• Extreme temperature monitoring
• Warehouse monitoring
• Oven profiling
• HVAC
• Environmental studies
• Museum monitoring
• Implement HACCP programs
• Replace costly strip chart recorders

Specifications

• Internal Channel Temperature Range: -40 °C to +80 °C
  

• Temperature Resolution: 0.1 °C C
• Calibrated Accuracy: ±0.5 °C @ 25 °C
  

• 8 Remote Channel Thermocouple Types: J,K,T,E,R,S,B,N
  

• Thermocouple Connection: Female subminiature (SMP)
  

• Cold Junction Compensation :Automatic, based on internal channel
  

• Visual Indicator: LED blinks at selected reading rate to indicate device operation
  

• Start Time: Software programmable start time. Up to six months in advance.
  

• Real-time Recording: May be used with PC to monitor and record data in real time
  

• Reading Interval: 1 reading every 5 seconds to one reading every 12 hours
  

• Memory: 26,214 readings per channel
  

• Calibration Digital: calibration through software
  

• Calibration Date: Automatically recorded within device
  

• Power: 9V lithium battery included
  

• User Replaceable Battery: 1 year typical
  

• Data Format: Date and time stamped °C, °F, °K, °R; V, mV, µV
  

• Time Accuracy: ±1 minute/month (at 20 °C, RS232 port not in use)
  

• Computer Interface: PC serial or RS232C COM (interface cable required); 2,400 baud
  

• Software: Windows 95/98/NT/ME/2000/XP based software
  

• Operating Environment: -40 °C to +80 °C, 0 to 95 %RH non-condensing
  

• Dimensions: 3.5" x 4.4" x 1.5" (89mm x 111mm x 37mm)
  

• Weight: 17 oz (480 g)
  

** See datasheet for breakdown on the range, accuracy and resolution for specific thermocouple types

Please click on the links to the right for more information or contact us today!

EDR-3C & EDR-3D

Description:

The EDR-3C is a portable, digital sensor/recorder designed to measure shock, vibration, temperature and (as an option) humidity, pressure, or resistance-bridge devices. The programmable unit tags all acceleration events with a time and date to provide a time history of the dynamic environment experienced during a recording session.

The EDR-3C series recorders offer you a time-tested reputation for proven performance and reliability with hundreds of successful installations since 1989. The EDR-3C series operate similarly and differ only in programmability features, on-board memory and channel capacities. Each recorder is powered by a specially designed C-Cell battery pack (9 Volt optional.)

The EDR-3C is used in conjuction with DynaMax programs and downloads the EDR-3C's memory via an IBM compatibile personal computer using serial & USB. Together, the EDR-3C and the DynaMax software program provide a powerful tool for accurately recording and analyzing dynamic environments.

Highlights:

• Measures Shock, Vibration & Temperature
• Options for Humidity, Pressure, Strain, Load and More
• New -- Download via serial & USB.
• Built-in PR Triaxial Accelerometer
• On-board Memory up to 4MB for EDR-3C, 8 MB for EDR-3D
• New Sliding Window Overwrite Mode
• New Event Type Memory Partition
• Up to 6 High-Speed Accel Channels
• Precision Low Noise True 10 Bit A/D
• Selectable Sampling Frequency to 3.2 kHz/CH
• Programmable Trigger Schemes
• Automatic Offset Correction (for DC accelerations, Bridge Balancing)
• Vibration Controller Compatibility for Field Data
• Replication, PSD Profiles
• Battery Powered, up to 30+ Days
• Small Size: 37 cu in, 2.2 lb.
• Powerful Windows 95/98/NT/2000/XP Software Included
• Easy to Set Up and Use

About Instrumented Sensor Technology:

Instrumented Sensor Technology is the world leader in portable, stand-alone data recorders for dynamic measurements. IST supplies recording systems and data analysis software to leading companies throughout the world. We specialize in remote environments and offer the finest self-contained field recorder in the industry. With an international network of support staff we offer outstanding service after the sale to ensure your success.

Please click on the links to the right for more information or contact Instrumented Sensor Technology today!

MSR-3C

Multi-Channel Shock & Vibration Data Recorder

Highlights:

• Field-Portable Digital Waveform Recording
• Automatic Date & Time Tagging On Records
• Programmable Time or Amplitude Triggering
• Programmable Sample Rate To 3200 sps/ch
• Up to 9-Channel Recording Capability
• 3MB To 12MB Onboard Storage
• 54dB Dynamic Range (10-bit A/D)
• 3-Channel Temperature/Humidity Option
• Battery Powered, 10-20 Day Operation
• Small Size 10"x8"x4", 16 lbs
• Self-Contained-Mounts In Any Orientation
• NEW -- Download via serial & USB.
• 3 External Trigger Channels
• User Selectable Channel Triggering
• COMPLETELY User-Programmable

Description:

The MSR-3C is a self-contained, multi-channel, digital acceleration waveform recording system. The system is battery powered, designed for field applications requiring multi-channel, extended time, unattended acceleration monitoring and recording. The MSR-3C is programmed for test via a standard serial interface (New: also via USB (serial port emulation) to a PC using either of two optional software packages. After field recording is complete data is transferred back to the host computer for processing and analysis.

Each unit is powered by three built-in, rechargeable battery packs. The instrument's recording function is controlled by three microprocessor-based digital data acquisition systems. Each of the systems is devoted to data acquisition on one of the three separate, three input channel sets. Channel sets may be tied together for simultaneous triggered acquisition, or allowed to operate independently. During active recording acceleration signals on each channel are digitized to 10 bit resolution and stored in digital memory within the unit. The MSR-3C offers 1 megabyte of data storage capacity per 3 channel set with 3 megabyte total data memory (12MB Optional). The MSR-3C also offers three input channels for optional temperature and temperature/relative humidity probes. Temperature and relative humidity recording occurs independent of acceleration recording, at regular, user-programmable time intervals.

Click here for more detailed information regarding the MSR-3C.

About Instrumented Sensor Technology:

Instrumented Sensor Technology is the world leader in portable, stand-alone data recorders for dynamic measurements. IST supplies recording systems and data analysis software to leading companies throughout the world. We specialize in remote environments and offer the finest self-contained field recorder in the industry. With an international network of support staff we offer outstanding service after the sale to ensure your success.

Please click on the links to the right for more information or contact Instrumented Sensor Technology today!

OrChem is an interactive chemistry tool that's ideal for both high school and university
level chemistry. OrChem goes beyond the typical multiple choice software and provides a
true interactive environment for educators and students. The program is set-up in question
and answer form. Questions range from organic structures to nomenclature to balancing
equations. The uniqueness of OrChem is its ability to process a variety of answers
(structures, numbers, and words) and to recognize common student mistakes. Students can
receive feedback specific to their answer, giving them the direction needed to solve a
problem.

For any school curriculum, questions can be easily edited and new question can be
written. Marks can be assigned to each question and a record of students' results is kept in
an encrypted file accessible only with the teacher version of the program. The selfmarking
feature of the program allows teachers to administer computerized tests and saves
them time on marking.

Both pupils and educators can use the program in numerous ways. Students can use the
program at home to reinforce information learned in class, study for tests and exams, and
focus in on their problem areas. OrChem is an excellent tool for practicing drawing and
naming organic molecules not to mention numerous other chemistry basics. Teachers can
use OrChem to assign homework, create at home tests, give in-class tests and organize
students' marks in the provided database.

To demonstrate the capabilities of this software we've matched it with the McGraw-Hill
Ryerson textbook Chemistry 11. The textbook is an excellent introduction to common
chemistry themes including matter classification, elements, the periodic table, chemical
compounds, chemical bonding, reactions, the mole, acids and bases, Hydrocarbons etc.
Up to 10 questions per chapter have been created. Each chapter and its questions are listed
below.

The demo version of OrChem comes with 6 questions listed below, 5 of which are based
on the Chemistry 11 textbook. To use the Demo download OrChemDemoInstall.exe from
http://www.orchem.ca and run it to install OrChem Demo version.

Problem 1 Draw the structural formula of 2,2-dimethylheptane (C13.1)
Problem 2 What is the molar mass of Mg(OH)2? How many moles in 120g? (C5.5)
Problem 3 What is the empirical formula of a compound that is 79.89% carbon and
20.11% hydrogen? (C6.1)
Problem 4 Balance the equation P4O10 + H2O
H3PO4 (C4.4)
Problem 5 Complete the reaction 4P + 5O2
?
Problem 6 What is the IUPAC name of NaHCO3? (C3.3)