• New Solid State Touch Test Design with no moving parts provides a reliable solution for high volume wrist strap and foot ground testing. 
• By touching the electrode button once, the SmartLog X3™ tests the resistance path limits of the worn wrist strap or ESD garment and both worn ESD footwear independently within one second
• Non-volatile Transaction and ID Storage - The SmartLog X³™ will continue to operate even during network outages and slowdowns
Maximum Table Capacity of 10,000 ID's
• Versatile - can be used as Footwear only or Wrist Strap only tester
• Dual Independent Footwear and Wrist Strap Tester with latest automated logging
• Paperless data can enhance operator accountability immediately identifying problems while reducing logging and auditing costs
• No need to dedicate a computer
• All required components included in system
• Tests either single-wire or dual-wire wrist straps
• Operator can use keypad or swipe barcode reader
• Independent audible and visual alarm conditions
• Split footplate design allows for individual footwear testing all in one test
• Reads Code 39 and Code 128 Barcode
• TEAM Basic Software Included
  1) Specify which tests and shifts for each employee in database
  2) Auto or manual polling of data to computer
  3) Auto archive and network data posting
  4) Allows data to be saved and stored automatically
  5) Allows easy data analysis
• 32 Smartlogs can be daisy-chained and connected to one computer, allowing data to be collected to one central computer
• Use the optional 50461 Ethernet Adapter to network the SmartLog X³™ to the company's Intranet
• Enable Relay Time for door locking systems. Password protection enables the user to easily connect to automated door openers.
• Optional 26-bit Wiegand Proximity Interface available. Contact the manufacturer for a quote.
• 5-year limited warranty
• Made in America
• Click here for the Customer Checklist
• Click here for the Troubleshooting Guide

PowerPoint Presentations:
SmartLog X3 Overview
TEAM Basic Software

“Compliance verification should be performed prior to each use (daily, shift change, etc.). The accumulation of insulative materials may increase the foot grounder system resistance. If foot grounders are worn outside the ESD protected area testing for functionality before reentry to the ESD protected area should be considered.” (ESD SP9.2 APPENDIX B - Foot Grounder Usage Guidance)

“A log should be maintained which verifies that personnel have tested their personal grounding devices.” (ANSI/ESD S20.20 Paragraph 6.2.2.2 Personnel Grounding Guidance)

“Frequency of Functional Testing: The wrist strap system should be tested daily to ensure proper electrical value. Nominally, the upper resistance reading should be < or = 10 megohms or a user-defined value.” (ANSI/ESD S1.1-2006 Annex A3)