adept technology T6100 Руководство по эксплуатации - Страница 8
Просмотреть онлайн или скачать pdf Руководство по эксплуатации для Термостат adept technology T6100. adept technology T6100 10 страниц.
Также для adept technology T6100: Руководство по эксплуатации (9 страниц)
Печатать страницу
PARAMETER
No.
Name
Room temperature calibration
1
Floor temperature calibration
2
Anti-frozen function
3
Anti-frozen temperature
4
Sensor selection
5
Floor temperature limit(both sensors)
6
Temperature unit
7
Output delay
8
Temperature deviation control
9
Reverse output
10
Parameter Initialization
PARAMETER
11
Default
Ranges
0
- 5℃-- 5℃
℃
0
- 5℃-- 5℃
℃
ON
OFF/ON
5℃
5℃--15℃
00：Built-in sensor
02
01：Floor sensor
02：Both sensors
30℃
20℃-50℃
00：℃
℃
01：℉
00:0s
01:30s
00
02:60s
03:90s
00：0.5℃
01：1℃
1℃
02：2℃
03：3℃
OFF/ON
OFF
00：no reset
00
01：reset
11
INTRODUCTION
1.Room sensor temperature calibration: calibrate the temperature detected by room sensor.
2.Floor sensor temperature calibration: calibrate the temperature detected by floor sensor.
3.Frost protection: If the frost protection function opened, the screen will display "
the thermostats are OFF, it will keep the room and floor at a lower temperature in order to protect
the pets and plants in your house. Also, it can keep your pipe from freeze broken when using the
water heating system.
4.Sensor selection: The room sensor is used to control the room temperature. The floor sensor is
used to control the floor temperature. By using both of them, you can not only control the room
temperature but also avoid high floor temperature.
5.Floor temperature limitation: When you choose both sensors, you can set the maximum floor
temperature value, system will stop heating if the floor temperature exceed this value.
6.Temperature unit: ℉ and ℃ can be selected.
7.Output delay: The shortest period time between heating and stop heating in the condition
when the temperature changes sharply.
8.Temperature deviation control: The deviation is 1℃. This means If you set a temperature value,
the heating temperature will be 1℃ lower than the set temperature. The system will stop heating
when the temperature are 1℃ higher than set temperature.
" when
12