To anyone looking to acquire commercial radio programming software:Please do not make requests for copies of radio programming software which is sold (or was sold) by the manufacturer for any monetary value. All requests will be deleted and a forum infraction issued. Making a request such as this is attempting to engage in software piracy and this forum cannot be involved or associated with this activity. The same goes for any private transaction via Private Message. Even if you attempt to engage in this activity in PM's we will still enforce the forum rules. Your PM's are not private and the administration has the right to read them if there's a hint to criminal activity.If you are having trouble legally obtaining software please state so. We do not want any hurt feelings when your vague post is mistaken for a free request.
39.2 SAE J1587 EQUIVALENT CODE FOR FLASH CODE 39 39.2 SAE J1587 EQUIVALENT CODE FOR FLASH CODE 39. For Series 60 engines, refer to section 10.18. Or, call Detroit Diesel Technical Service. b If no codes are logged, repairs are complete. Title: 1-SECM-03-39.PDF - FLASH CODE 39 – EGR VALVE / VNT VANE FAULT Subject: Flash Code 39 is.
It is YOUR responsibility to properly word your request.To obtain Motorola software see the Sticky in the Motorola forum.The various other vendors often permit their dealers to sell the software online (i.e., Kenwood). Please use Google or some other search engine to find a dealer that sells the software. Typically each series or individual radio requires its own software package. Often the Kenwood software is less than $100 so don't be a cheapskate; just purchase it.For M/A Com/Harris/GE, etc: there are two software packages that program all current and past radios.
One package is for conventional programming and the other for trunked programming. The trunked package is in upwards of $2,500. The conventional package is more reasonable though is still several hundred dollars. The benefit is you do not need multiple versions for each radio (unlike Motorola).This is a large and very visible forum. We cannot jeopardize the ability to provide the RadioReference services by allowing this activity to occur. Please respect this.
Effective immediately we will be deleting, without notice, any negative threads or posts that deal with the use of encryption and streaming of scanner audio.We've noticed a huge increase in rants and negative posts that revolve around agencies going to encryption due to the broadcasting of scanner audio on the internet. It's now worn out and continues to be the same recycled rants. These rants hijack the threads and derail the conversation.
They no longer have a place anywhere on this forum other than in the designated threads in the Rants forum in the Tavern.If you violate these guidelines your post will be deleted without notice and an infraction will be issued. We are not against discussion of this issue. You just need to do it in the right place. For example:https://forums.radioreference.com/rants/224104-official-thread-live-audio-feeds-scanners-wait-encryption.html. You may want to check out batlabs to get the skinny on flashing.Typically, if your not the original owner of the radio (meaning you bought it new from a dealer) Motorola doesn't like to sell flash upgrades. If you are the original owner, your fine, just talk to your local dealer about the upgrade.
(It will cost money tho)On the ASTRO 25 series of radios, which is yours, I believe a firmware upgrade might do it. (I could be wrong) Some people may correct me if I'm wrong, but I know you can 'dirty flash' the radio, which will upgrade the firmware. If anyone knows if that actually adds 'IMBE digital operation' let me know! (Otherwise that may have to be flashed supplement to the firmware upgrade) I have a friend who took an MT 1500 and 'dirty flashed' it to add P25, so I do know it can be done.Also, for quick reference, any flashcode starting in '5' or '1' is capable of digital (P25) operationCheers! You may want to check out batlabs to get the skinny on flashing.Typically, if your not the original owner of the radio (meaning you bought it new from a dealer) Motorola doesn't like to sell flash upgrades.
If you are the original owner, your fine, just talk to your local dealer about the upgrade. (It will cost money tho)On the ASTRO 25 series of radios, which is yours, I believe a firmware upgrade might do it. (I could be wrong) Some people may correct me if I'm wrong, but I know you can 'dirty flash' the radio, which will upgrade the firmware. If anyone knows if that actually adds 'IMBE digital operation' let me know! (Otherwise that may have to be flashed supplement to the firmware upgrade) I have a friend who took an MT 1500 and 'dirty flashed' it to add P25, so I do know it can be done.Also, for quick reference, any flashcode starting in '5' or '1' is capable of digital (P25) operationCheers! LIke others have noted, you will need to contact a Motorola MSS and have them order a flashkit for you that will update the flashcode and at the same time will bring you up to the current firmware version.
This will not be cheap. Expect an easy $200 to $300 bill to do this. A $75 firmware refresh will not change the flashcode of the radio, so there is no cheap way to do this.There is also another caviot which is what band is this mobile?
And if it is 800MHz was it obtained during rebanding? If so that adds a seperate set of complexities especially if there is a need to do 700MHz. You will need to post the exact model # of the radio that is in the codeplug to be able to make that determination. You may want to check out batlabs to get the skinny on flashing.Typically, if your not the original owner of the radio (meaning you bought it new from a dealer) Motorola doesn't like to sell flash upgrades. If you are the original owner, your fine, just talk to your local dealer about the upgrade. (It will cost money tho)On the ASTRO 25 series of radios, which is yours, I believe a firmware upgrade might do it. (I could be wrong) Some people may correct me if I'm wrong, but I know you can 'dirty flash' the radio, which will upgrade the firmware.
If anyone knows if that actually adds 'IMBE digital operation' let me know! (Otherwise that may have to be flashed supplement to the firmware upgrade) I have a friend who took an MT 1500 and 'dirty flashed' it to add P25, so I do know it can be done.Also, for quick reference, any flashcode starting in '5' or '1' is capable of digital (P25) operationCheers!
These are York error codesYork Furnace error codes are seen in three colors, red, green, and amber/yellow. Each color will also flash a specific number of times to signify a specific error. Breaking down each color, and number of flashes, will help you solve the problem you are having with your York Furnace.Amber/Yellow Colored Error CodeIf you see 1 amber/yellow flash, this means that everything is okay and the thermostat is signaling the need for cooling.If 2 amber/yellow flashes appear, it signals that everything is okay and there is a call for heat.If you notice 3 amber/yellow flashes, this means that everything is completely fine and your York Furnace is just completing a recent cycle.
Of all of the York Furnace error codes, this is one you may see most frequent.If 4 amber/yellow flashes appear on your York Furnace, it means that the heating of your system may be somewhat restricted. The air flow will not operate as it should when you see this error code.5 amber/yellow flashes on your York Furnace signifies that the vent and/or combustion air system is restricted.If you notice that you are seeing a continuously, fast flashing amber/yellow error code, it means that flame sensing rod needs a little cleaning-up.Red Colored Error CodeTaking it from the top, if you happen to see 1 red colored flash on your York Furnace, it signals that the gas valve isn’t receiving power. You may have a gas leak at the valve.2 red colored flashes means that the switch that controls pressure is possibly stuck.
If this switch gets stuck in the ‘closed’ position, you will receive this error code.If you see 3 red colored flashes, it’s possible that your pressure switch is probably just stuck in the ‘open’ position.4 red colored flashes may be signaling that the “high-limit” switch might be open. A plugged air filter, or restricted air flow may be the reason behind this York Furnace error code.If you notice 5 red colored flashes on your York Furnace, it signifies that your furnace’s roll-out switch, or auxiliary switch, may be open. This switch can be reset by pushing the center of the red button on your furnace ( it should be located on the side ).6 red colored flashes on your furnace means that the modulating gas valve has failed.
This valve will need to be replaced.7 red colored flashes signals to you that your furnace is in “lock out mode”. If after 3 attempts to re ignite is unsuccessful, “lock out mode” will remain in place for one-hour. After that hour is up, an attempt to re ignite will occur again.Green Colored Error CodeIf there’s 1 green colored flash on your York Furnace, it means your furnace is performing successfully and no need for heating exists.2 green colored flashes on your furnace means that it is attempting to recall/retrieve previous York Furnace error codes which are stored. The 2 green colored flashes you are seeing also means that no stored error codes are being found.If there’s 3 green colored flashes, please see the meaning for 2 green colored flashes above. 3 green colored flashes on your furnace has the same meaning as 2 green colored flashes.
Everything is going well with your furnace. A Green LED labeled “OK” is provided to indicate system faults.Steady OFF Steady ON Fast Flash 1 flash2 flashes3 flashes4 flashes5 flashes6 flashes7 flashesInternal control fault or no power Normal operation, no call for heat Normal operation, call for heat presentPressure switch does not close within 30 seconds of inducer energized.Pre-Purge - The control energizes the induced draft motor and waits for the pressure switch to close.
If the pressure switch does not close within 30 seconds of the inducer energizing, the control will flash “1” on the LED. The control will leave the inducer energized indefinitely as long as the call for heat remains and the pressure switch is open.Pressure switch is closed before inducer is energized.Call for Heat - The control checks to see if the pressure switch is open. If the pressure switch is closed, the control will flash '2' on the LED and wait indefinitely for the pressure switch to open.Limit switch is openLimit Operation - The limit switch is ignored unless a call for heat is present (W energized). If the limit switch is open and a call for heat is present, the control de-energizes the gas valve and runs the indoor blower motor on heat speed, and runs the induced draft motor.
The control will flash “3” on the LED until the limit switch closes. When the switch re-closes or the call for heat is lost, the control runs the induced draft motor through post-purge and runs the indoor blower through the selected fan off delay. The control will return to normal operation after the blower off delay is completed.In lockout from failed ignitions or flame lossesIgnition Retry - If flame is not established on the fifth trial for ignition (initial try + 4 re-tries), the control de-energizes the gas valve and goes into lockout. The control flashes a '4' on the LED to indicate ignition failure lockout.Twin communications faultA Twin Communications Fault will occur if the 24 VAC supply to the twins are not in phase with each other, or power is removed from one of the twins. While a Twin Fault exists, the control does not respond to thermostat commands and flashes '5' on the status LED. Open limit and undesired flame response are still operational.
The control continually tries to establish communication and automatically resumes normal operation when communication is re-established. If a twin fault occurs during a heat cycle, both furnaces terminate the call for heat immediately.
The only chance for blower mis-synchronization is if the blower off delays are set differently on the twins. If a twin fault occurs during high speed fan or continuous fan, both controls shut blowers off immediately.Limit Switch tripped 5 times during heat cycleLimit Operation - If the limit switch has 5 trips per call for heat, the control will go into a hard lockout and the LED will flash “6”. Lockout may be manually reset by removing power from the control for more than 1 second or removing the thermostat call for heat for more than 1 and less than 20 seconds5 flames losses during one heat cycle.Ignition Re-Cycle - The control will re-cycle up to 5 flame losses (4 re-cycles) within a single call for heat before going to lockout. The LED will flash “7” during this lockout.A Yellow LED labeled “FLAME” is provided to indicate flame statusFlame Status - When flame is sensed, the flame LED is lit. If the flame current is below 1.0 uA (+/-50%), the flame LED will flash slowly to indicate “weak” flame.
The Flame LED will flash fast if flame is present with gas valve off. If flame is sensed longer than 4 seconds while the gas valve is de-energized, the control shall energize the induced draft motor and indoor blower motor on heat speed. When flame is no longer sensed, the induced draft motor will run through post-purge and the indoor blower motor will run through the selected heat fan off delay time. The control will do a soft lockout, but will still respond to open limit and flame. The Flame LED shall flash rapidly when lockout is due to undesired flame.Soft Lockout - The control shall not initiate a call for heat or call for continuous fan while in lockout.
A call for cooling operates as normal. The control will still respond to an open limit and undesired flame. Lockout shall automatically reset after 1 hour. Lockout may be manually reset by removing power from the control for more than 1 second or removing the thermostat call for heat for more than 1 and less than 20 seconds.Hard Lockout - If the control detects a fault on the control board, the status LED will be de-energized and the control will lockout as long as the fault remains. A hard lockout will automatically reset if the hardware fault clears. The furnace has built-in, self-diagnostic capability.
If a system problem occurs, a blinking LED shows a fault code. The LED can flash red, green or amber to indicate various conditions. It is located behind a clear view port in the blower compartment door.The control continuously monitors its own operation and the operation of the system. If a failure occurs, the LED will indicate the failure code.
If the failure is internal to the control, the light will stay on continuously. In this case, the entire control should be replaced, as the control is not field repairable.Flash sequence codes 1 through 10 are as follows: LED will turn “on” for 1/4 second and “off” for 1/4 second.
This pattern will be repeated the number of times equal to the code. For example, six “on” flashes equals a number 6 fault code.
All flash code sequences are broken by a 2 sec- ond “off” period.SLOW GREEN FLASH: Normal operation.SLOW AMBER FLASH: Normal operation with call for heat.RAPID RED FLASH: Twinning error, incorrect 24V phasing. Check twinning wiring.RAPID AMBER FLASH: Flame sense current is below 1.5 microamps. Check and clean flame sensor. Check for proper gas flow.1 RED FLASH: This indicates that flame was sensed when there was not a call for heat.
With this fault code the control will turn on both the inducer motor and supply air blower. A gas valve that leaks through or is slow closing would typically cause this fault.2 RED FLASHES: This indicates that the normally open pressure switch contacts are stuck in the closed position. The control confirms these contacts are open at the beginning of each heat cycle.
This would indicate a faulty pressure switch or miswiring.3 RED FLASHES: This indicates the normally open pressure switch contact did not close after the inducer was energized. This could be caused by a number of problems: faulty inducer, blocked vent pipe, bro- ken pressure switch hose or faulty pressure switch.4 RED FLASHES: This indicates that a primary or auxiliary limit switch has opened its normally closed contacts.
With this fault code the control will operate the supply air blower and inducer. This condition may be caused by: dirty filter, improperly sized duct system, incorrect blower speed setting, incorrect firing rate or faulty blower motor.5 RED FLASHES: This fault is indicated if the normally closed contacts in the rollout switch opens. The rollout control is manually reset. If it has opened, check for proper combustion air, proper inducer operation, and primary heat exchanger failure or burner problem. Be sure to reset the switch after correcting the failure condition.6 RED FLASHES: This indicates that after the unit was operating, the pressure switch opened 4 times during the call for heat. If the main blower is in a “Delay on” mode it will complete it, and any subsequent delay off period.
The furnace will lock out for one hour and then restart.7 RED FLASHES: This fault code indicates that the flame could not be established. This no-light condition occurred 3 times (2 retries) during the call for heat before locking out.
Low gas pressure, faulty gas valve, faulty hot surface ignitor or burner problem may cause this. The furnace will lock out for one hour and then restart.8 RED FLASHES: This fault is indicated if the flame is lost 5 times (4 recycles) during the heating cycle. This could be caused by low gas pressure or faulty gas valve. The furnace will lock out for one hour and then restart.9 RED FLASHES: Indicates reversed line voltage polarity or grounding problem. Both heating and cooling operations will be affected. Check polarity at furnace and branch. Check furnace grounding.
Check that flame probe is not shorted to chassis.10 RED FLASHES: Gas valve energized with no call for heat. Check gas valve and gas valve wiring.11 RED FLASHES: This indicates that a primary or auxiliary limit switch has opened its normally-closed contacts and has remained open for more than five minutes.
This condition is usually caused by a failed blower motor or blower wheel.STEADY ON RED: Control failure. Replace control board.60-MINUTE AUTOMATIC RESET FROM LOCKOUT: This control includes a “watchdog” type circuit that will reset from a lockout condition after 60 minutes. Operational faults 6,7,8 will be reset. This provides protection to an unoccupied structure if a temporary condition exists causing a furnace malfunction.
An example would be a low incoming gas supply pressure preventing unit operation. When the gas pressure is restored, at some point the “watchdog” would restart the unit and pro- vide heat for the house.NOTE: If a flame is detected the control flashes the LED for 1/8 of a second and then enters a flame stabilization period. Read one LED flash that stays on continuously to mean your furnace has no signal coming from the thermostat and will not operate. Turn the power off and check the thermostat for improper settings or connections.2.
Interpret one LED flash that blinks on and off to mean your furnace has locked out because it could not ignite after three tries, and must be reset. Interrupt power to your furnace for 20 seconds or lower the thermostat so your furnace does not try to heat, then reset the thermostat to the previous setting. After one hour of lockout, your furnace will automatically reset itself and try to operate as usual.3.
Decipher two LED flashes to mean the draft blower is not working, or your furnace has a short in the pressure switch circuit. Turn off the furnace power and repair a short or replace the pressure switch.4. Read three LED flashes to mean your furnace has an open pressure switch circuit or it has an induced draft blower operating.
Check the pressure switch hose of your furnace for blocks or an improper connection. Also, look for blockages in the flue, and tighten any loose wiring.5.
Translate four LED flashes to mean your furnace has a primary limit circuit open, possibly from loose wiring or blocked filters. Check and clean filters, tighten wiring and check the flue for blockages.6.
Interpret five LED flashes to mean your Goodman furnace senses a flame without a call for heat. This could be from a gas valve closing slowly or a burner flame lingering.7 Read seven LED flashes as a warning of a low flame sense microamp signal.
This could happen with a coated flame sensor or a lazy flame from poor gas pressure. Turn off the power and adjust the gas pressure according to the information on the rating plate.8. See eight LED flashes as meaning an igniter circuit problem due to a bad igniter or an igniter connected improperly. Replace the bad igniter or check the ground wiring, making necessary corrections.9. Decipher nine LED flashes to mean the high-stage pressure switch circuit will not close during a high-stage-induced draft blower operation. Your furnace may have a pinched or blocked pressure switch hose, a blocked flue or loose wiring.10.
Read continuous flashing on the LED to mean your furnace has a reversed polarity of 115 volts. Turn off the power and correct the wiring polarity after reviewing the wiring diagram. FLAME LEDThe FLAME LED is an indication of the presence of flame.OFF – No flame is detected.Rapid Blink – Unexpected FlameSlow Blink – Marginal Flame SenseSteady ON – Normal Flame DetectedSTATUS LEDThe STATUS LED is an indication of a fault present.Steady ON – Normal Fault detected.1 Blink – Ignition failure – 1 HR lockout2 Blinks – Pressure switch stuck open switch will not close when inducer is on.3 Blinks – Limit switch open main limit or roll-out control.4 Blinks – Pressure switch stuck closed.