1 800 451 4035 (North America)
Telephone +1 719 638 8821
Fax +1 719 638 8815


World Class Service.

We believe that proactive, professional and courteous service begins well before the sale. Our customer service representatives regularly update customers about the status of an order, then follow up to verify that the installation went smoothly, answer questions and provide warranty guidance.


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Frequently Asked Questions

Click on the numbered text headlines for answers to frequently asked questions:

1. Message light compatibility

2. 2-line phones

3. Faceplate printing

4. Message light function

5. Message light formats (North America)

6. Message light formats (Outside North America)

  7. Speakerphones8. Telephone cleaning9. Telephone not working

10. Speed dial key programming

11. Message lightbar programming

12. Cleaning telephone faceplates

13. Cleaning telephone keys

14. Untangling telephone cords

15. Cleaning telephone handsets

16. Programming lobby/emergency telephones


Most Scitec telephone models automatically detect NEON, LED, and Reverse Polarity message-lamp signals in support of Mitel, Alcatel, Comdial, Hitachi, Nortel, and other popular PBX models…right out of the box. Modifications are required at an additional charge to convert standard NEON message-lamps on the following models; 2510D, 2510D-e, 2510E. Message waiting light modifications are not available on models H2000VRI, H2001, or 205TMW. Models 2860C and 8128 are equipped with an “in use” light rather than a message waiting light.

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With 2-line Scitec hotel phones, the guest may talk on Line 1 and operate a laptop computer in the guestroom on Line 2. Aegis-08 Series telephones automatically recognize the open line, freeing the hotel guest from having to anticipate which line is ringing while operating a laptop connection on either line. Both business travelers downloading email and working on the Internet, and family guests accessing Internet in the guestroom appreciate this guestroom phone feature.

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National account faceplate packages are available on purchases of at least 50 telephones of the same model and color for shipment in the Continental U.S. For information on available national account packages or faceplate product and pricing details, contact call +1-719-638-8821 or write

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Most Scitec telephones are equipped with a message waiting light designed to provide a visual notification of a voice mail message. Aegis-08 Series telephones are equipped a lighted message retrieval lightbar speed dial key which may be programmed to automatically speed dial the user into voicemail.

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Most Scitec models automatically detect NEON, LED, and Reverse Polarity message-lamp signals with the exceptions noted in #1. Following is an overview of the 3 most common message waiting light (MWL) systems used in North America, and how Scitec phones operate with these systems:

  1. 90-volt neon MWL: This is the traditional “orange” neon lamp MWL, and is the standard MWL in most hospitality telephones. All Scitec telephones with message waiting lights support this format. 90-volt neon MWL is provided by all varieties of PBX products made by Mitel, Hitachi, NEC, Nortel, and Comdial. Some other brands support it too. Third-party MWL control boxes are also available that support the 90-volt neon MWL, so it can be added to any PBX. It is commonly referred to by several names, including Neon, High Voltage, or 90 Volts. Actually, the number of “volts” for the neon MWL may be specified as anything from 75 volts up to 127 volts, but functionally any voltage within this range works well.
  2. AT&T/Lucent/Avaya Low Voltage LED MWL: Only AT&T/LUCENT/AVAYA switches, such as the Definity, Merlin Legend, and Partner systems, use this variety of MWL. Larger hotels use either the Merlin Legend or, more often, the larger capacity Definity PBX switch. As the smaller Partner system supports a maximum of only 48 telephones, it is found in small hotels. This MWL system is commonly referred to as Low Voltage, LED, or AT&T (which became Lucent, and more recently, Avaya). Aegis-08 Series telephones automatically configure the telephone message waiting light to operate in either 90-volt NEON or low voltage LED switch environments without modification. Other Scitec phones require the addition of a circuit module inside the phone to support the LED MWL, which is available at an additional charge, and should be requested at the time the phones are ordered.
  3. Centrex/CLASS/fsk/vmwi MWL: Centrex MWL technology is used by Centrex systems and by many recently introduced computer or server-based PBX switches. Centrex has no “local” PBX, but instead each phone is directly wired to the telephone company’s central office. This format applies no special voltages to the telephone line to turn the MWL on and off, but instead uses a data transmission technique that is a variation on Caller ID. Centrex MWL is not often found in hotel systems, except in concentrated urban areas like NYC and Atlantic City, NJ. Centrex MWL is frequently used in government offices and large educational institutions. Use of this system is projected to rapidly increase, however, as more computer and server-based PBX switches come onto the market. This system is referred to by any combination of the following words: Centrex; CLASS (stands for: “Custom Local Area Signaling Services,” a Bell Telephone acronym from the 1970s); fsk (stands for “frequency shift keying” a data transmission technique used by Caller ID and computer modems); 18 volt AC (technically irrelevant, but some older add-on Centrex MWL modules needed an AC adaptor, and it was usually 18 volts); vmwi (stands for: “Visual Message Waiting Indicator,” another Bell System acronym). Scitec offers an internal Centrex MWL option at an additional charge per telephone, installed. The Centrex MWL option should be requested when the phones are ordered. Our Scitec Centrex MWL is powered entirely from the telephone line itself. No AC adaptor is required.

Send your questions or request additional information on PBX message waiting light compatibility issues to

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All Scitec models automatically detect NEON, LED, and Reverse Polarity message-lamp signals. In addition to the popular 90-volt neon MWL, AT&T/Lucent/Avaya Low Voltage LED MWL, and Centrex/CLASS/fsk/vmwi MWL systems most frequently specified in North America, the following MWL systems are also used occasionally in North America, but more frequently in South America, Europe, Africa, and Asia, include:

  1. Alcatel reverse polarity MWL: Alcatel (France) PBX systems commonly require a 90-volt NEON MWL in North American installations, however, Alcatel deploys reverse polarity message waiting light system technology in most other parts of the world. Scitec offers an internal Alcatel reverse polarity MWL as an option.
  2. 2.Siemens MWL: Siemens (Germany) PBX systems also has a proprietary message waiting light format, but normally requires 90-volt NEON on their PBX switches sold in North America. Scitec also offers an internal Siemens MWL option

Send your questions or request additional information on PBX message waiting light compatibility issues to

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As with any audio device, the “sound quality” of calls on speakerphone will depend on how it is used. Following are some basic tips for getting maximum performance from Scitec speakerphones:

  • Speakerphones are designed for fairly QUIET environments. Avoid using your speakerphone where there is high background noise caused by loud voices, radios, printers, copiers, or other noisy office equipment. Don’t let heater and air conditioning fans blow air directly at your telephone.
  • Speakerphones will sometimes have a “hollow” or “echo” sound when used in an extremely “live” acoustic environment. For example, a room that has hard plaster walls and ceilings, large glass windows, and a hard floor surface might not be a good place to use a speakerphone. In such a room, adding a carpet, some padded furniture, or pulling the drapes over the windows should make the speakerphone sound much better.
  • Locate the “microphone” opening on your speakerphone. This is a small hole or opening on the front or lower front body of your speakerphone where sound is taken in. Avoid resting your finger over this hole when using your speakerphone. Don’t rustle papers or tap your pencil right next to the microphone hole, or cover it up with notes or other office materials.
  • Avoid talking before the person on the other end of the call is finished speaking. When both parties talk at the same time, only the louder person’s voice comes through. If your speakerphone has a key, try switching off (mute) your microphone when you want to listen carefully to the other end. Muting your microphone first is especially recommended when listening to voice mail and other recorded messages on your speakerphone.
  • Do not use your speakerphone to make announcements over a loudspeaker paging system connected to your system. When paging and making announcements, always use your handset.
  • When talking, try to face your speakerphone and stay within arm’s length of the telephone. Don’t turn your head, stand up, or move far away from your desk while talking.
  • Place your speakerphone at least six inches away from the edge of your desk. The surface of your desk in front of the telephone will help focus sounds and allow the speakerphone to pick up your voice more clearly.
  • Find your speakerphone’s volume control, and experiment with it. If you have difficulty hearing the other side of the call, try adjusting your speaker volume. On most speakerphones, the volume control setting has a large effect on the overall performance of the speakerphone. The best volume setting is usually NOT all the way to either the loud or soft end of the volume control. Try different volume settings from soft to loud until you find the best setting. When the volume is adjusted properly, there will be far less sound interruptions where one party cannot hear the other side of the call. The “best” volume control setting may vary a bit from call to call.
  • If you have background noise, try turning off your microphone (use your key) when the party at the other end is speaking. Turn it back on when you wish to speak.
  • If difficulty in hearing persists, lift the handset to continue the conversation. Occasionally, there are some combinations of background noises, weak sound volume from the other end of the call, and variations in the quality of outside telephone company equipment that simply do not work well with any speakerphone.
  • In conference rooms, use of a specially designed “conference speakerphone” is recommended. In desktop telephones, the built-in speakerphone is optimized for use by only one person at a time. The special “star shaped” conference room speakerphone systems combine larger and louder speakers with multiple microphones. These are usually designed to be placed right in the middle of a large conference table.

Send your questions or request additional information by writing

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VERY IMPORTANT: NEVER, EVER SPRAY ANY LIQUID CLEANERdirectly onto or into the telephone, as it will drip down into the telephone body and damage the electronic parts inside. Telephones are NOT waterproof, and they will be damaged if any liquid gets on the interior electronic parts.Instead, spray a small amount of liquid cleaner (Simple Green, Fantastic, Formula 409, etc.) onto a clean, soft, cotton cloth. Cotton baby diapers work best, followed by standard shop towels. Then using the damp cloth, wipe all the surfaces clean. “Spray Fantastic” does a good job of removing fingerprints and greasy spots, or any “no-rinse” liquid spray cleaner will work. Avoid using Comet, Soft-Scrub, or any other bathroom cleaners that contain abrasives or bleach, as they damage and dull the plastic surfaces on a telephone.Wipe off all traces of liquid cleaner with a clean, dry portion of the cotton cloth. This should immediately restore the phone to “like-new” appearance.

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Occasionally a phone may appear to not work at all. First, try changing the cords (both the wall cord and the handset cord) and the handset itself before deciding that the entire telephone needs to be sent in for repairs. The cords themselves are the most likely parts to break or get damaged. Finally, if changing the cords and handset doesn’t help, try a different phone that is known to be working. Sometimes, the problem will be in the PBX, switchboard, or wiring, rather than in the telephone itself. In the unlikely event that a Scitec telephone stops working properly, please call Scitec customer service for repair and return instructions at 719-638-8821 or write

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Occasionally, it may be necessary to re-program the speed-dial memory keys on a telephone. Perhaps some of the numbers you want guests to call on the speed-dial keys have been changed. Or, if you have a phone that has completely lost its speed-dial memory contents, the most likely cause is power surges, lightning, or static electricity. In most cases, all that is needed to repair this problem is to re-program the speed-dial memory keys.

Technical note: Power surges, nearby lightning strikes, and static electricity may sometimes “scramble” the internal memory inside any telephone, causing the speed-dial keys to temporarily stop functioning until they are reprogrammed. Although some Scitec telephones contain an internal lithium backup battery for the speed-dial memories, we have NOT experienced any failures of these batteries. This internal lithium battery is designed to last 10 years before it needs replacement. Do not assume that speed-dial memory problems are caused by bad batteries inside the telephone. Most are not. Should you encounter a situation where a Scitec telephone is frequently losing its memory key contents, please call Scitec customer service for instructions at 719-638-8821 or write

To re-program speed-dial memory keys, first remove the clear plastic faceplate overlay and the printed paper faceplate underneath. This will give you access to the and keys, which are hidden under the faceplate.

To reprogram a speed-dial key on a Scitec Aegis series telephone, lift the handset, press , dial the number to be stored, and then press the speed-dial key that this number is to be stored into.

To reprogram a key on a Scitec 600 series phone, lift the handset, press , dial the number to be stored, press again, and then press the speed-dial key the number is to be stored in. NOTE: On very early production Scitec 600 series phones, the (R99/R00 versions) memory key storage sequence is different: Lift the handset, press , dial the number to be stored, press the speed-dial key the number is to be stored in, and THEN press again to complete the operation on R01, R02, and R03 versions press , dial number, press , press speed-dial.

After re-programming a speed-dial memory key, check it by lifting the handset and pressing the newly programmed speed-dial key to verify that the desired number is called.

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The voice mail retrieval lightbar located on the front of the phone is programmed exactly the same as any other speed-dial memory key: Lift the handset, press, dial the voice mail commands, press again, press, and hang up.

You may test by pressing the lightbar key which automatically takes the phone “off-hook” in speakerphone mode, and then dials the voice mail system. This makes it possible to listen to voice mail messages through the speakerphone by simply pressing the lightbar a single time, without lifting the handset from the cradle. To listen to messages privately, simply lift the handset either before or after pressing lightbar. To hang up after listening to voice mail messages, either replace the handset in the cradle or press the lightbar once.

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If the faceplate area gets smudged or dirty, first remove the clear plastic faceplate overlay and clean it separately. The clear plastic faceplate overlay is held on by 6 little tabs. By pushing it towards you with your thumb from the very top of the phone, it will warp up slightly in the middle, and can then be easily lifted up in the middle with a fingernail or a small screwdriver. Then it will pop right out.

Clean and completely dry the clear plastic faceplate overlay before putting it back on the phone. Make sure the clear plastic sheet is completely dry on both sides before putting it back on the phone. This way the printed paper faceplate underneath doesn’t get wet and wrinkled or stained. When putting the faceplate back on, make sure that all the little tabs fit down into the matching slots in the telephone body.

To keep all your faceplates looking really nice, order 1 extra pre-printed paper faceplate for every 5 to 10 phones in your property at the time of your initial faceplate order, so they can be changed later whenever they get badly stained. Ordering spare faceplates with the original order saves additional setup and minimum order charges that apply to small orders of pre-printed faceplates.

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If enough liquid has been spilled on a phone to cause the buttons and keys to stick, it sometimes may be necessary to have it disassembled and professionally cleaned by a qualified electronic technician, or even replace it. Spilled soft drinks are particularly likely to make the buttons and keys stick, as sugar becomes very sticky when it starts to dry out.

However, there is one way to clean sticky keys in the field without taking the phone completely apart. First, disconnect the telephone from the wall outlet. Then remove both the clear plastic faceplate covering and the paper one underneath. Cut a business card or other thin but sturdy paper or thin plastic material into thin strips that will fit into the narrow cracks around the keys. Working this in and out of all the spaces between the keys and the telephone body may clear up sticky keys. It is Ok to dampen the card material slightly with Fantastic or spray cleaner. But don’t allow an excessive amount of liquid to run down into the keys. Allow the phone to dry out for a couple of hours before plugging it back in .

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Handset cords can be more easily cleaned if unplugged from both the phone and the handset first. Then you can wipe them thoroughly with a cloth dampened with your favorite “no-rinse” spray cleaner. It is also much easier to untangle handset cords when detached from the handset and the phone. Keep a few spare handset cords on hand to replace ones that get badly tangled or really dirty. Spare handset cords are available at very reasonable prices. Replace all handset cords that are torn or frayed at the ends, or don’t make a good solid connection when they are snapped into the handset or the telephone body. This reduces problems with static on the phone line and with handsets cutting in and out because of bad cords and bad connections at their sockets.

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It is easiest to clean a handset if it is first disconnected from the handset cord. Use “no-rinse” cleaner sprayed on a soft cloth. Be sure to have spare handsets available in case you have some handsets get too dirty to clean. We recommend keeping one spare handset for every 25 telephones, as occasionally one will break if it’s dropped on the floor too many times. When a phone seems to no longer be working, try a new handset and handset cord first before sending in the whole telephone for repair. Over half of all phone problems are caused by bad handsets and bad handset cords. If a handset seems to have loose parts rattling around inside, it has probably been dropped and should be replaced.

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Aegis-LB-08 and Aegis-LBE-08 telephone models are designed to operate in conjunction with a PBX phone system or in ring-down mode through service provided by a local telephone company. The phones do not have any internal dialing capabilities.

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