Most popular aftermarket RPM limiters will work with the Breakerless SE. However, it is advisable to check with the limiter's manufacturer, since third party products cannot be guaranteed by us.

You certainly can. There are some tricks in getting it to work and be usable under the MacOS environment, but they are pretty easy. First of all, the device-files (slice31) for the Zip drive needs to be readable and writable by the person using the MacOS. If you are the sole user of the A/UX machine, then it's easy: chown yourname /dev/rdsk/cXd0s31 /dev/dsk/cXd0s31 where 'X' is the SCSI ID of the Zip.

For the answer, snag a copy of DeskWriter.txt which is available via anon-ftp on jagubox in /pub/aux/Info. Bad news... for some reason, if the LaserJet is connected directly to a Q700 running A/UX via AppleTalk then it won't work. If you have a router or something similar between the two it'll work like a hose. It looks like it's most probably a 4M ROM bug and supposedly HP was "working" on a fix.

A/UX 3.x.x fully supports the Apple OneScanner as well as providing better support for SCSI devices. A/UX will still use its own SCSI driver, however.

Rev It Up is the world's largest performance driving school and national racing competition. It's a one-of-a-kind program that lets you be a race car driver for a day.

Yes. Alters may be taught to group themselves in different patterns at different times, or two or more groups of alters may be used to form different patterns. "Back-up" programs are common, and much redundancy is built in. Alters may be programmed to self-replicate, or may be created by other alters. Not all alters have names; some are numbered, some exist only as fragments.

MySQL Cluster is supported on most Unix-like operating systems, including Linux, Mac OS X, Solaris, BSD, HP-UX, AIX, and IRIX, among others, as well as Novell Netware. Cluster is not supported for Windows at this time. However, we are working to add Cluster support for other platforms, including Windows, and our goal is to offer MySQL Cluster on all platforms for which MySQL itself is supported.

If you can't or *gasp* won't run A/UX on your 68k Mac, then you now (this wasn't the case in the early 1990s!) have several options. NetBSD/mac68k. NetBSD was the first free Unix to support the Mac. It is a favorite of many because the base install takes very little space, which is an important consideration with older Macs. Linux. Alan Cox did the initial work of porting the kernel and getting a working boot procedure. Debian "potato" (2.2) supports mac68k. MachTen from Tenon.

HP-UX 9.x systems have a program called STM. (This is NOT the same program as the STM released with HP-UX 10.x and 11.x.) This program offers a limited number of verifiers and exercisers, and can invoke the 'sysdiag' diagnostic system for some limited diagnostics. In general, however, HP-UX 9.x and MPE systems rely on the 'sysdiag' diagnostics for their support tools. . A port of STM to MPE/iX is currently planned. There are no plans at the present time to port the new STM to 9.x.

If your lighter fails to ignite: Check to see if there is a spark when the lighter mechanism is operated. Make sure that the lighter contains fuel. Make sure all trapped air is released by BLEEDING (see below) If there is an ignition spark and the lighter does contain fuel, try the following steps. Adjust the flame setting.

No, you will light it at the beginning of the season and it will stay lit for the season on either high fire or a pilot fire, depending on the thermostat. No, you will light it at the beginning of the season and it will stay lit for the season on either high fire or a pilot fire, depending on the thermostat.

You will fill the pot with fuel and then use a form of kindling to start a fire on top. Let that fire burn for about 10 minutes and then the fuel will be burning. You will fill the pot with fuel and then use a form of kindling to start a fire on top. Let that fire burn for about 10 minutes and then the fuel will be burning.

The kX driver conforms to the WDM (Windows Driver Model) specification and is therefore compatible with the following Microsoft Windows operating systems: Windows XP, Windows 2000, Windows 98 (Second Edition only), and Windows Me. Windows .NET Server 2003 may also be supported, however, this has not been tested. Windows 98 (First Edition) will not be supported since it has no built-in support for WDM drivers (v1.1 or later).

Currently CoCASA is compatible with Windows 2000 and XP. CoCASA is not compatible with Windows 98. Furthermore, at this time CDC cannot support applications for the new VISTA operating system.

A14. There are a lot of systems and items: radar, depth sounder, global positioning system (GPS), chart plotters with electronic charts, automated information receiver (AIS), weather fax, GRIB data, paper charts, autopilots, sextant, heading sensors, magnetic compass, lead line, barometer, pencils, dividers, rulers, binoculars. Both old and new technology help, and the technologies all complement one another. Generally, we have many ways to do the same thing when it comes to navigation.

I'm trying to access my tape drive using 'tc' (with something like find . -print | cpio -o > /dev/rmt/tc1) but it doesn't work...

A/UX only supports EtherTalk Phase 2. Upgrading to Phase 2 is recommended for a variety of reasons, but most importantly to ensure compatibility with new products from Apple and developers. Of course, the added features over Phase 1 are nice too. ☺ If a file on the A/UX system has Type "TEXT", then when it is copied over to a MacOS disk, all 'newline' characters will be replaced by 'carriage returns'. Sometimes this is what you want (that is when the file is, in fact, a TEXT file).

It is customary to design the engine so that the peripheral tip speed of the compressor wheel runs at around 0.8 MACH. This determines the maximum RPM of the engine. There are other considerations regarding mechanical stress of rotating components and in the Kamps book there is detail on how to calculate the critical speed for the shaft.

Absolutely not. Unlike some other radiation detection equipment, our bomb detectors do not internally generate high voltages for their sensors. The maximum potential inside the RadDetect is 3V, and it draws less than 100uA most of the time. It does not create any sparks or RF (radio frequencies) that could ignite a bomb.