Error 30 precor - Исправление ошибок и поиск оптимальных решений проблем

Error 30, 31, 32 and 33 — Communications Error

Description

Errors 30 through 33 all indicate the loss of communications or erratic

communications between the microprocessors in the upper PCA and the

lower PCA. The trouble shooting procedures for all of the communication

errors are essentially the same.

 Error 30 is defined as upper PCA not receiving from lower PCA.

 Error 31 is defined as faulty data received from lower PCA.

 Error 32 is defined as lower PCA not receiving from upper PCA.

 Error 33 is defined as faulty data received from upper PCA

Possible Causes

1 An upper PCA to lower PCA interconnect cable is bad.

2 The interconnect cable at the upper PCA was mistakenly plugged into

the CSAFE connector.

3 +5V DC power supply is being overloaded by another component that is

plugged onto the lower PCA.

4 A defective lower control module.

5 A defective upper PCA.

Possible Remedies

1 Substitute a know good interconnect cable between the upper and

lower PCAs to determine if the interconnect cable is defective.

2 Remove the interconnect cable from the CSAFE connector and insert it

in the correct upper PCA connector.

3 Unplug all the components from the upper PCA and lower control

module except, data cable, and the AC power going to the lower

control module. If the unit shows an error other than a

communication error, plug in components one at a time, cycling power

after each new component is plugged in. If a communication error is

displayed, the last component plugged in is the cause of the error.

4 Substitute a known good lower control module to determine if the

lower control module is defective.

5 Substitute a known good upper PCA determine if the upper PCAs

defective.

Page 66

Источник

05.10.2016

Коды ошибок

Error 00, Memory, RAM, EEPROM Test Error

Error 01, Memory, RAM, EEPROM Test Error

Error 02, Memory, RAM, EEPROM Test Error

Error 03, Memory, RAM, EEPROM Test Error

Error 04, Memory, RAM, EEPROM Test Error

Error 05, Key Depressed at Power Up

Error 09, Lower PCA Memory Test Error

Error 10, Line Frequency out of Acceptable Range

Error 11, Watchdog (Upper PCA)

Error 12, Watchdog (Lower PCA)

Error 13, Fan at Incorrect Speed

Error 14, Fan Fail

Error 15, AC Input Voltage Too High

Error 16, AC Input Voltage Too Low

Error 20, Too Many Maximum Power Request in 1 Second

Error 21, Too Many Maximum Consecutive Power Requests

Error 22, No Motor Pulses at Start Up

Error 23, Motor Pulses Missing after Start Up

Error 24, Reduce Speed Requested, Speed is not Reducing

Error 25, Motor Pulse Count over Acceptable Limit

Error 26, Motor Pulse Width Incorrect

Error 27, Too Much Drive Motor Current

Error 28, Temperature Too High

Error 29, Excessive AC Input Current

Error 30, 31, 32 and 33, Communications Error

Error 40, No Lift Motion Detected

Error 41, Lift has not Responded in Acceptable Time

Error 42, Lift Position Value Out of Range

Error 43, Zero Switch not Found

Error 44, Un-commanded Lift Motion

Error 45, Lift Moving in Wrong Direction

Error 50, Too Much Brake (Magnet) Current

Error 53, Can’t Read Target, Can’t Find Home Switch

Error 54, Target Pulses Lost During Operation

Error 55, Brake Home Switch Activated Unexpectedly

В будующем я разберу подробно эти ошибки, следите за блогом…

Источник

Настройка консоли

Номер

события

Описание события

Отсутствуют импульсы двигателя при запуске

После запуска отсутствуют импульсы двигателя

Запрошено уменьшение скорости, скорость не

уменьшается

Неверная ширина импульса двигателя

Слишком большой ток приводного двигателя

Слишком высокая температура

Слишком большой входной переменный ток

Событие связи нижней платы с верхней

Неверное событие связи верхней платы с нижней

Событие связи верхней платы с нижней

Неверное событие связи нижней платы с верхней

Ошибка E-STOP (только беговая дорожка)

Обнаружено движение подъема

Значение положения подъема вне диапазона

Нулевой выключатель не найден

Самопроизвольное движение подъема

Подъем происходит в неверном направлении

Слишком большой ток торможения (магнита)

Не удается считать цель, не удается найти

выключатель исходного положения

Целевые импульсы утрачены во время работы

Неожиданно включился выключатель торможения

в исходном положении

Отказ датчика автоматического останова Auto

Stop (только беговая дорожка)

Автоматический останов Auto Stop отсутствует

(только беговая дорожка)

Отказ вертикального датчика (только AMT)

Замена ленты, не считывается нижняя плата

управления (только AMT)

Замена ленты, новая нижняя плата управления

(только AMT)

Замена ленты, неизвестная версия нижней платы

управления (только AMT)

Источник

Error 25
Motor Controller Hardware Error
Applies to
TRM
800.v2
Issue Symptoms
This error monitors the functionality of the MC. If the software detects a
defect in the MC the treadmill will stop working and Error 25 will be
displayed.
Troubleshooting steps

Attempt to clear the error. It is does not clear, cycle power to
the cycle three times. If the error persists, replace the MC.

Error 27, 28, 29
Drive Motor Current Overloading
Applies to
Treadmills
Overview
Characteristics of treadmill overloading are:
# Most frequent cause of treadmill shutting down.
# Overloading is most often caused by excess deck/belt friction, but can be
made worse by line voltage conditions.
# Happens more often with heavier runners, but never walkers.
# In high user clubs (10 hours or more of use per day), the decks/belts will
wear out much faster than at other locations, sometimes in months rather than
years.
# Often accompanied by an error code:
# Error 27 (motor current too high)
# Error 28 (average input current too high, or motor controller overheated)
# Error 29 (instantaneous input current too high)

Error 27
Issue Symptoms for Error 27
The motor
controller monitors the amount of current being delivered to the drive motor.
The software sets a maximum amount of allowable drive motor current. This error
indicates that maximum drive motor current has been reached. The most likely
cause of this is a badly worn running belt/deck. Less likely but possible is a
faulty drive motor causing high current demand.
Troubleshooting steps
1. Check the belt rating for TRM800.v2 treads. If below 2 replace the bed
and belt.
2. For older treadmills, a clamp-on AC ammeter must be used to determine the
amount of A.C input current being drawn by the treadmill under no load and
loaded conditions. The current readings can be used to determine the condition
of the running belt and/or running bed. Replace the running belt and/or running
bed as required. Remember, many running beds are double sided and the bed can
be flipped over rather than being replaced.
3. A known good drive motor must be substituted for the existing drive motor.

Error 28
Electronics Temperature Too High Issue Symptoms for Error 28

Treadmill motor controllers monitor the temperature of the motor
controller output switching device. Typically, these motor controllers use a
fan to force cool the output device’s heat sink. This error indicates that the
heat sink temperature has exceeded maximum. The most common cause of this is a
clogged cooling fan or heat-sink. Lesser causes include an inoperative cooling
fan, a defective lower PCA or a faulty drive motor.
Troubleshooting steps
1. Check the cooling fan mounted on the lower PCA to ensure that the fan is not
clogged with dust.
2. Thoroughly clean the fan and ensure that it spins freely.
3. As with Error 27, check the belt rating or current, and replace bed and belt
as needed.
4. Replace the lower board.
5. Replace the motor.

Error 30, 31, 32, 33
Communication Errors
Applies to
All
products
Issue Symptoms
Errors 30 through 33 all indicate the loss of communications or erratic
communications between the microprocessors in the upper PCA and the lower PCA.
The troubleshooting procedures for all of them are essentially the same.
# Error 30 is defined as upper PCA is active, the lower PCA is not
communicating
# Error 31 is defined as faulty data received from lower PCA (extremely rare)
# Error 32 is defined as lower PCA is active, the upper PCA is not
communicating
# Error 33 is defined as faulty data received from upper PCA (extremely rare)
The main reason for a general communication error is a faulty interconnect
cable, either it is not connected securely, or it has become damaged. Error 30
can be caused by an overloaded or shorted +3.3VDC or +5VDC on the lower PCA,
which can be caused by an external component plugged into the lower PCA. Error
32 is often caused right after service or installation, when the interconnect
cable is unplugged from the upper PCA while the lower PCA is powered. It is
also caused when the cable is plugged into the CSAFE port on the upper PCA.
Less likely but possible is a defective upper or lower PCA.
Troubleshooting steps
1. Substitute a known good interconnect cable between the upper and lower
PCAs to determine if the interconnect cable is defective.
2. Verify the interconnect cable is securely connected into the proper
connectors on both PCA’s. The cable should lock, if the locking tab on the
connector is broken replace the cable.
3. Unplug all the components from the upper and lower PCA’s except the data
cable and the AC power going to the lower PCA. If the unit does not show an
error, plug in components one at a time, cycling power on after each new
component is plugged in. If a communication error is newly displayed, the last
component plugged in is the cause of the error.
4. Substitute a known good lower PCA to determine if the lower PCA is
defective.
5. Substitute a known good upper PCA to determine if the upper PCA is
defective.

Источник

Эксплуатация и техническое обслуживание консоли Р10

Журнал событий (ошибок)

В журнале событий (который иногда также называют

журналом ошибок) содержится следующая информация:



номер ошибки;



показание одометра, когда произошло событие;



показание счетчика времени, когда произошло

событие;



потребляемый двигателем ток, когда произошло

событие (только беговая дорожка).

В следующей таблице приведен список событий,

обнаруженных программным обеспечением.

Таблица 4. Номера и описания событий в журнале

Номер

события

Описание события

Событие поиска в памяти верхнего PCA

Событие поиска в ОЗУ

Событие контрольной суммы EEPROM

Нажатие клавиши при включении питания

Событие проверки памяти нижнего PCA

Частота сети вне допустимого диапазона

Низковольтное питание схемы безопасности

(верхний PCA)

Низковольтное питание схемы безопасности

(нижний PCA)

Неверная скорость вращения вентилятора

(беговые дорожки версии 1)

Сбой вентилятора (нижний PCA)

Слишком высокое входное напряжение

переменного тока

Слишком низкое входное напряжение

переменного тока

Слишком много запросов на максимальную

мощность за одну секунду

Слишком много последовательных запросов на

питание

Источник