Intermec Year 2000 Readiness Disclosure
The following tables provide Year 2000 information for Intermec’s current Products. If the Product in question is one of Intermec’s older Products marketed under an Intermec, Norand, UBI, MaxiLan, Antonson, Ecupan, Swedot or Atech label, and it is not listed here, contact should be made with Intermec’s Year 2000 Information Line for assistance. Intermec has not tested obsolete (no longer in production) products. Intermec cannot be responsible for answering Year 2000 questions about non-Intermec hardware, non-Intermec operating systems and other software such as MS-DOS and Windows, or hardware that operates in conjunction with our Products.
Product |
Year 2000 Compliant? |
Comments |
3.4.2.b |
|
| Batch Hand Held Terminals & Computers | TRAKKER T2090 | Y |
||
| TRAKKER 9440 | Y |
Uses a two-digit year. At Year 2000, internal date will change from 12-31-99 to 01-01-00.Customer applications which are sensitive to this change must resolve the two-digit year within the applications software. | Y |
|
| Stationary Terminals & Computers | 9430 | Y |
These products use a two-digit year. At Year 2000, the internal date will change from 12-31-99 to 01-01-00. Customer applications which are sensitive to this change must resolve the two-digit year within the applications software. | Y |
| 9440 | Y |
These products use a two-digit year. At Year 2000, the internal date will change from 12-31-99 to 01-01-00. Customer applications which are sensitive to this change must resolve the two-digit year within the applications software. | Y |
|
| 9445 | Y |
These products use a two-digit year. At Year 2000, the internal date will change from 12-31-99 to 01-01-00. Customer applications which are sensitive to this change must resolve the two-digit year within the applications software. | Y |
|
| Stationary Terminals & Computers | 9560 | Y |
These products use a two-digit year. At Year 2000, the internal date will change from 12-31-99 to 01-01-00. Customer applications which are sensitive to this change must resolve the two-digit year within the applications software. | Y |
| Laser Scanners | 1545 | Y |
No Real Time Clock | |
| Wands | 1271 | Y |
No Real Time Clock | |
| Printers | 3240 | Y |
No Real Time Clock | |
| 3400 | Y |
No Real Time Clock | ||
| 3440 | Y |
No Real Time Clock | ||
| Batch Hand Held Terminals & Computers | Janus 2010 | Y |
See Footnote 2 | |
| Janus 2020 | Y |
See Footnote 2 |
Footnote 2: The functionality of the Janus products, with respect to Year 2000, depends on the release of firmware.
For Janus units with 1MB, version 3.04 or later, and units with 4MB, version 4.04 or later see procedure’s A & B below:
Procedure A: If the JANUS unit is off or suspended prior to midnight of 1 January (now through 2079),
- it will have the correct date and time when the unit is next turned on.
Procedure B: If the unit is on at midnight,
- The first off/on cycle executed will reset the date correctly, or
- the MS-DOS date command may be used to enter all four digits of the year (i.e., 2000, not 00).
For Janus units with 1MB, versions prior to 3.04 and units with 4MB, versions prior to 4.04 see the procedure below:
- Use the MS-DOS DATE command (or equivalent) to enter the new date and time using the full four digit year value.
Note: Firmware 3.04 and 4.04 is available to customers by contacting their local sales office.
Since JANUS products are based on MS-DOS and PC-AT standards, they employ the same clock techniques as other MS-DOS/PC-AT computers. In brief, the hardware Real Time Clock encodes only the two digit year while the software encodes the full four digit year. Standard MS-DOS and PC-AT computers do not handle the clock changes correctly.
Statements contained herein are Year 2000 Readiness Disclosure Statements under the Year 2000 Information and Readiness Disclosure Act.
