Pro-2035 manual

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Please enter a Product Number to complete the request. By completing and submitting this form you consent to the use of your data in accordance with HP's Privacy statement. Learn more about HP's privacy policy. Check warranty status. The Virtual Agent is currently unavailable. Please try again shortly. Need help troubleshooting? Just ask. UHF Television International Broadcast Bands Several short-wave bands are allocated for international broadcasting because of the nature of propagation of high frequencies.

The bands are sometimes identified according to the approxi mate wavelength of the signals in meters. Your scanner may receive the 11 -meter band, from Conventional Systems Trunked Systems Public Safety Common Carrier Private Trunked General Trunked Government, police, and Fire Emergency Services UHF Band: Land Mobile "Paired" Frequencies Base Stations Mobile Units Repeater Units Control Stations NOTE: Specified Intervals Frequencies in different bands are accessible only at specific intervals.

For example, if you try to enter Band Allocation To help you decide which frequency ranges to search, use the following listing of the typical service s that use the frequencies your scanner receives. Abbreviations AIR Aircraft BIFC Business CAP Civil Air Patrol CB Citize ns Band CCA Common Carrier CSB Fire Department HAM Federal Government GMR General Trunked IND Military MOV Relay Press OIL Police Department PUB Public Services PSB Public Safety PTR Telephone Maintenance TOW Transportation Services TSB Trunked Systems TVn IND - CAP - CB - IND Oil spill clean up PUB POL TRAN American Red Cross TV2 TV3 TV5 AIR AIR emergency AIR U.

MED TOW ROAD TELM TELB BUS OIL MARI WTHR GOVT BIFC MIL NEW 1. FAA Weather FAA Traffic Control Air Force FAA Weather Air Force Traffic Control Coast Guard U. Government Band MHz : RTV GMR Conventional Systems Band - Locally Assigned PSB Common Carrier CCA Private Trunked PTR General Trunked For example, most tune to a frequency by mixing that frequency with another local oscillator frequency which is slightly different.

This mixing process primarily gives us the two original frequencies, their sum, and their difference. Well, the radio's Intermediate Frequency I. Because nothing is perfect, certain "harmonics" will also get through if they are strong enough.

For example, if a radio's I. This is more evident in a double-conversion radio than a triple -conversion radio, because the triple-conversion radio's 1st intermedia te frequency is quite high.

This causes the image to be so far off frequency that it is easy to effectively filter it out. So remember that just because a radio doesn't receive something which another does is not necessarily an indication of a problem.

The one radio may simply not be "tricked" into picking up an image! This rejection of undesired signals is one reason that a triple -conversion receiver costs more than a similar dual -conversion model.

You might be interested in finding more out about rad io. One good location to start looking is your local public library. You might also wish to contact the A. In the Owner's Manual under Features, it is stated that Auto Store will scan and store the frequency. If t he same frequency comes up again, it checks the frequency and if it is the same frequency, it skips it.

But under Operation of Auto Storing. A: This is a known problem with this scanner. NOAA broadcasts your local forecast and regional weather information on one or more of these channels.

We have preprogrammed the scanner wi th ten of the U. NFM narrowband frequency modulation - used in action bands such as police, fire, ambulance, Amateur Radio, etc. WFM wideband frequency modulation - used in commercial FM broadcasts and television sound.

This table shows the preset band modes an d frequency steps your scanner uses for each frequency range. The band mode flashes anytime it is different from the preset band mode.

Keep in mind that improperly changing the band mode can cause poor reception. However, if you scan some of the MHz and TV audio bands, you might have to manually change the frequency step.

You can change the displayed frequency step while searching for frequencies or automatically storing frequencies. Follow these steps to change the displayed frequency step. Display the frequency step or frequency range which uses the frequency step. Press STEP until the desired frequency step appears. The frequency step flashes anytime it is different from the preset frequency step.

Keep in mind that improperly changing the frequency step can cause you to miss stations while scann ing. For example, if you use a 50 kHz frequency step to search for broadcasts, and the band mode is set to NFM, you might miss frequencies between the 50 kHz steps. If the plug does not fit easily, turn it over and try again. Do not force the plug into the AC outlet.

The memory backup circuit begins to function a few minutes after you supply power to the scanner. The length of time that the scanner maintains channels stored in memory depends on how long power has been supplied to the scanner. For example, if power is supplied to the scanner for at least 4 days, the memory backup circuit maintains the channels stored in memory for up to 3 months.

Using Your Vehicle's Batt ery If your AC power does not work in an emergency, you can power your scanner from your vehicle's cigarette lighter socket with an optional DC cigarette lighter power cable such as Cat. To connect an optional DC cigarette li ghter power cable, insert its barrel plug into the DC Most vehicles have this type of system. If you are not sure about your vehicle, check with your vehicle's dealer If you use a DC cigarette lighter power cable with the scanner, it must supply 12 volts and deliver at least 1 amp.

Its center tip must be set to positive, and its plug must correctly fit the DC The recommended power cable meets these specifications. U sing a power cable that does not meet these specifications could seriously damage the scanner or the power cable. NOTE: Mobile use of this scanner is unlawful or requires a permit in some areas. Check the laws in your area.

Restarting the scanner clears and resets the scanner's display, but does not erase any channel information stored in the scanner's memory. Follow these steps to restart the scanner. Turn off the scanner, then turn it on again. If the scanner still does not work properly, you might have to reset it. Use this procedure only when you are sur e the scanner is not working properly. Information on the scanner's display disappears.

STEP - changes the frequency step 5, RESET - resets the default band mode and frequency step. DELAY - programs a 2-second delay for the selected mode. Number Keys - each key has a single -digit label and a range of numbers. Use the digits on the keys to ent er the numbers for a channel or a frequency. Use the range of numbers above the key , for example to select the channel -storage bank.

See "Understanding Channel -Storage Banks. CLEAR - clears an incorrect entry. LIMIT - sets the channel or frequency range you want to search. SCAN - scans through the channe ls. TUNE - lets you use the scanner's rotary tuner to tune through frequencies. AUTO - lets you automatically program frequencies into channels. ENTER - enters frequencies into channels. A good look at the display will help you understand the scanner.

SCAN - appears when you scan channels. BANK - appears with numbers 1 Numbers with a bar under them show which ch annel-storage banks are turned on for scanning. Numbers with a bar under them show which search b anks are turned on for a limit search. WX - appears when you scan the ten preprogrammed weather band channels. AUTO - appears when the scanner automatically stores frequencies in channels.

P - appears when the scanner is set to the priority channel. CH - appears with a number 1 to show which of the scanner's 1, channe ls it is tuned to. MHz - appears with digits to show which frequency the scanner is currently tuned to. MON - appears with a number to show which monitor memory you are listening to. DELAY - appears when scanning stops at a ch annel you have programmed for a 2 -second delay.

AM - appears when the scanner scans a frequency set to the AM mode or when you change a frequency to the AM mode. See "Band Mode and Frequency Step. Error - appears instead of the correct entry when you make an incorrect entry.

You can store up to 1, channels and up to monitor mem ories. You can use each channel -storage to group frequencies, such as those used by the police department, fire department, ambulance services, and aircraft see "Guide to the Action Bands". For example, there might be three or four police departments in your area, each using several different frequencies. Additionally, there might be other law enforcement agencies such as state police, county sheriffs, or SWAT teams that use their own frequencies.

You can program all law enforcement frequencies starting with Channel 1 the first channel in Bank 1 , then program the fire depa rtment, paramedic, and other public safety frequencies starting with Channel the first channel in Bank 2. As the scanner scans a bank, the bar under the bank's number flashes. To turn off banks while scanning, press the bank's number key until the bar under the bank's number disappears.

The scanner does not scan any of the stored channels within banks you have turned off. There must be at least one active You can manually select any channel in a bank, even if the bank is turned off. The normal way to search is between two frequency points. Unit will scan between , and , in example above. To turn on banks while scanning, p ress the bank's number key until a bar appears under the bank's number. The scanner scans through all non -locked channels in the active banks see "Locking Out Channels".

The scanner scans either up or down through the channels in the activated banks. Tuning Frequencies NOTE: You cannot use the rotary tuner to tune to frequencies while the scanner is scann ing the priority channel. Press TUNE. You can manually select monitor memories, but you cannot scan them. You can store frequencies you find during a limit or direct search into monitor memories by pressing MONITOR when the desired frequency appears on the display.

The channel number to the right o f MON indicates the current monitor memory. The current monitor memory appears. Both MON and the frequency stored in the monitor memory are displayed.

MON flashes. MON flashes and the monitor memory's channel number and frequency appear. The scanner stores the frequency in the selected channel To move the next frequency to the nex t channel, turn TUNING to select the next channel and repeat Steps 3 and 4.

Moving Frequencies from Monitor Memories to Banks The scanner can move frequencies stored in monitor memories into banks you specify. Press AUTO. Using the number keys, select the bank numbers where you want to store the frequencies from the monitor memories.

Notes: AUTO appears. To select bank 10, press 0. To store new frequencies into this bank, you must delete one or more frequencies stored in it, then repeat Step 2. See "Deleting Frequencies. If you do not want to select the bank, press the bank's number again. If you select more than one bank and want to review your selections, turn the TUNING knob one click for each selected bank.

Moving Frequencies Within Banks You can move all stored frequencies within a bank you select from higher channels to lower, empty cha nnels. This helps you group all of the frequencies you stored within a bank into consecutive channels. For example, if you stored frequencies in channels 1 through 25, left channels 26 through 30 empty, then stored more frequencies in channels 30 through 40, the scanner can move all the frequencies together into channels 1 through AUTO appears.

Using the number keys, select the bank's number. The scanner automatically moves all frequencies in channels within the bank to the lowest available channels within the bank. Moving Frequencies from Banks to Monitor Memory 1. The scanner automatically moves all frequencies in channels within the bank to monitor memories.

Use the number keys to enter the channel number or monitor memory channel containing the frequency you want to delete. NOTE: The frequency is deleted from the channel. To delete all frequencies in all banks at the same time, you must reset the scanner. This lets you delete all the old or uninteresting frequencies in channels you have locked out. Deleting All Frequencies from Channels with a Bank 1.

The scanner's delay feature lets it wait for 2 seconds after each transmission on a channel or frequ ency while scanning or searching. When the scanner stops on the channel, it waits for 2 seconds after each transmission on that cha nnel before it resumes scanning.

When the scanner stops on a transmission, it waits for 2 seconds after each transmission on that frequency before it resumes searching. Switch ATT to 10dB to reduce the scanner's sensitivity, or 0dB to increase the scanner's sensitivity. NOTES: This feature works only while the scanner is scanning, searching, or monitoring the priority channel.

The sound squelch feature might not work properly if the monitored frequency contains a transmis sion with a low modulated signal. If the scanner receives a frequency that broadcasts both a carrier and a modulated signal, it stops scanning and monitors the frequency.

If the modulated signal stops being broadcast on the frequency, the scanner stays on the frequency for 5 seconds, then resumes scanning. If the carrier signal stops being bro adcast on the frequency, the scanner resumes scanning immediately unless DELAY is set. You cannot lock out all channels.