TPS54622RHLR - TPS54622 на.
1451.13
DTM01 time delay relay / transistor module self-locking cycle DC solid state | Строительство и ремонт
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История цены
*История изменения цены! Указанная стоимость возможно, уже изменилось. Проверить текущую цену - >
| Месяц | Минимальная цена | Макс. стоимость | Цена |
|---|---|---|---|
| Sep-14-2025 | 1026.90 руб. | 1077.13 руб. | 1051.5 руб. |
| Aug-14-2025 | 1017.60 руб. | 1068.30 руб. | 1042.5 руб. |
| Jul-14-2025 | 853.43 руб. | 896.35 руб. | 874.5 руб. |
| Jun-14-2025 | 1000.84 руб. | 1050.84 руб. | 1025 руб. |
| May-14-2025 | 871.40 руб. | 915.20 руб. | 893 руб. |
| Apr-14-2025 | 983.67 руб. | 1032.31 руб. | 1007.5 руб. |
| Mar-14-2025 | 974.30 руб. | 1023.38 руб. | 998.5 руб. |
| Feb-14-2025 | 965.0 руб. | 1013.89 руб. | 989 руб. |
| Jan-14-2025 | 957.74 руб. | 1005.74 руб. | 981 руб. |
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Характеристики
DTM01 time delay relay / transistor module self-locking cycle DC solid state | Строительство и ремонт
Описание товара
Features: Up to 20 modules function to meet more application needs;With power supply anti-reverse function, the module will not be damaged due to the reverse power line;Using top quality high voltage power modules, the system is more stable and reliable;The timing time is adjustable by 0.1 second, and the timing accuracy is better than 0.01 second;Increase the automatic power saving function, the user can set it autonomously;All setting options can be saved automatically, and the setting content is not lost. Module functionThe user can select one of the following 20 functions, which can set and save the function parameters, and also view the parameters of the current function. The time parameter setting can be adjusted by at least 0.1 second, and the precision is better than 0.01 second. Function 1:Timing on: After power-on, the T1 time transistor is turned on, T1 is adjustable between 0.1 seconds and 270 hours, and a high-level pulse signal is sent to the X1 interface, and the above functions are repeated once; Function 2:Timing off: The transistor is turned on when power is on, the transistor is turned off after the delay T1 time, T1 is adjustable between 0.1 seconds and 270 hours, and a high-level pulse signal is sent to the X1 interface, and the above functions are repeated once; Function 3:Timing on and off: After power-on, the transistor does not turn on first, the transistor turns on after the delay time T1 arrives; the transistor turns off after the open time T2 arrives, and the delay time T1 and T2 are adjustable between 0.1 seconds and 270 hours, to X1 A high-level pulse signal on the interface repeats the above functions; Function 4:Timing off and then on: After power-on, the transistor immediately turns on, the transistor turns off after the delay time T1 arrives; the transistor turns on after the off time T2 arrives, and the delay time T1 and T2 is adjustable between 0.1 seconds and 270 hours, to the X1 interface a high-level pulse signal, repeating the above functions more than once; Function 5:Infinite loop timing mode 1: After power-on, the transistor does not turn on first, the transistor turns on after the delay time T1 arrives; the transistor turns off after the open time T2 arrives, and then repeats the above state, the delay time T1 and T2 is between 0.1 second and 270 hours. Adjustable between the two, give the X1 interface a high-level pulse signal, you can restart the above functions; Function 6:Infinite loop timing mode 2: After power-on, the transistor immediately turns on, the transistor turns off after the delay time T1 arrives; the transistor turns on after the turn-off time T2 arrives, and then repeats the above state, the delay times T1 and T2 are between 0.1 second and 270 hours. Adjustable, give the X1 interface a high-level pulse signal, you can restart the above functions; Function 7:Finite cycle timing mode 1: After power-on, the transistor does not turn on first, the transistor turns on after the delay time T1 arrives; the transistor turns off after the open time T2 arrives, and then repeats the NX state or more, at which time T1 and T2 are between 0.1 seconds and 9999. Adjustable between seconds, the number of cycles NX can be adjusted between 1-9999 times, giving the X1 interface a high-level pulse signal, which can restart the above functions; Function 8:Finite cycle timing mode 2: After power-on, the transistor immediately turns on, the transistor turns off after the delay time T1 arrives; the transistor turns on after the turn-off time T2 arrives, and then repeats the NX times or more, at which time T1 and T2 are between 0.1 seconds and 9999 seconds. Adjustable between, the number of cycles NX can be adjusted between 1-9999 times, giving the X1 interface a high-level pulse signal, which can restart the above functions; Function 9:Self-locking transistor mode: A high-level pulse signal is applied to the transistor X1, the transistor is turned on, and a high-level pulse signal transistor is turned off. Function 10:Trigger transistor mode: With delay off function, the transistor does not operate after power-on, give X1 interface a high level signal, the transistor immediately turns on, after the X1 signal disappears, the transistor is still open, when the open time T1 arrives, the transistor is turned off. T1 is adjustable from 0 seconds to 270 hours. Note: In this function, if T1 is set to 0 seconds, it will become: X1 has a high level signal transistor is turned on, and if there is no signal, it is turned off immediately. Function 11:Trigger timing on: After the power is turned on, the transistor does not operate, and a high-level pulse signal is sent to the X1 interface. The T1 time transistor is turned on, and T1 is adjustable between 0.1 seconds and 270 hours. Repeating a high-level pulse signal to the X1 interface. , repeat the above functions; Function 12:Trigger timing off: After power-on, the transistor does not operate, giving the X1 interface a high-level pulse signal, the transistor is turned on, the T1 time transistor is turned off, and the T1 is adjustable between 0.1 second and 270 hours, repeating a high power to the X1 interface. Flat pulse signal, repeating more than one function; Function 13:The trigger timing is turned on and then turned off: the transistor does not operate after power-on, and a high-level pulse signal is sent to the X1 interface. After the delay time T1 arrives, the transistor is turned on; after the open time T2 arrives, the transistor is turned off, and the delay time T1 and T2 is 0.1 second - Adjustable between 270 hours, repeat a high-level pulse signal to the X1 interface, repeating the above functions more than once; Function 14:The trigger timing is turned off and on again: the transistor does not operate after power-on, a high-level pulse signal is sent to the X1 interface, the transistor is immediately turned on, the transistor is turned off after the delay time T1 arrives, and the transistor is turned on after the turn-off time T2 is reached, and the delay time T1 and T2 Adjustable between 0.1 seconds and 270 hours, repeat a high-level pulse signal to the X1 interface, repeating the above functions; Function 15:Infinite loop timing mode 1: After power-on, the transistor does not operate, and a high-level pulse signal is sent to the X1 interface. After the delay time T1 arrives, the transistor turns on; after the open time T2 arrives, the transistor turns off, and then repeats the above state, delay time T1 And T2 can be adjusted between 0.1 seconds and 270 hours, repeating a high level pulse signal to the X1 interface, and the above functions can be restarted; Function 16:Infinite loop timing mode 2: After power-on, the transistor does not operate, and a high-level pulse signal is sent to the X1 interface, the transistor is immediately turned on, and the transistor is turned off after the delay time T1 is reached; the transistor is turned on after the turn-off time T2 is reached, and then the above state is repeated. The delay time T1 and T2 are adjustable between 0.1 second and 270 hours, and a high level pulse signal is repeatedly given to the X1 interface, and the above functions can be restarted; Function 17:Finite cycle timing mode 1: After power-on, the transistor does not operate, and a high-level pulse signal is sent to the X1 interface. After the delay time T1 arrives, the transistor turns on; after the open time T2 arrives, the transistor turns off, and then repeats the NX state or more. T1 and T2 are adjustable between 0.1 seconds and 9999 seconds. The number of cycles NX is adjustable between 1-9999 times. Repeating a high-level pulse signal to the X1 interface can restart the above functions; Function 18:Finite cycle timing mode 2: After power-on, the transistor does not operate, and a high-level pulse signal is sent to the X1 interface. The transistor is immediately turned on, and the transistor is turned off after the delay time T1 arrives. After the turn-off time T2 arrives, the transistor turns on, and then repeats NX times or more. State, at this time T1 and T2 are adjustable between 0.1 seconds and 9999 seconds, the number of cycles NX is adjustable between 1-9999 times, and a high-level pulse signal is repeatedly given to the X1 interface, and the above functions can be restarted; Function 19:Conditional Cycle Timing Mode 1: The transistor does not operate after power-on, giving the X1 interface a continuous high level signal. During the high level signal, the transistor will cycle and turn off. The specific action is: initial state transistor off, off time After T1 arrives, the transistor is turned on; after the turn-on time T2 arrives, the transistor is turned off, and then the state is repeated more than once. At this time, T1 and T2 are adjustable between 0.1 second and 270 hours. If the high level signal disappears, the transistor turns off the output; Function 20:Conditional Cycle Timing Mode 2: The transistor does not operate after power-on, giving the X1 interface a continuous high level signal. During the high level signal, the transistor will cycle open and close. The specific action is: high level signal is detected. The transistor is turned on immediately, the transistor is turned off after the turn-on time T1 is reached; the transistor is turned on after the turn-off time T2 is reached, and then the above state is repeated, at which time T1 and T2 are adjustable between 0.1 second and 270 hours, if the high level signal disappears, the transistor Turn off the output; Electrical parameterWorking voltage: DC 5-32V (recommended DC 6-28V)Working current: less than 15mA, less than 3mA after turning off the displayWorking temperature: -20 ° C - 60 ° C is recommended (limit range -30 ° C - 70 ° C)Load capacity: Transistor rated load capacity: DC 0-32V/2A,Transistor maximum load capacity: DC 0-32V/5A (not more than 1 second) Module interfaceModule voltage / signal input: 3-wire interface, all interfaces have terminal blocks for user convenience1, DC+: DC power supply positive2, DC-: DC power supply negative3. X1: Input signal detection interface (active high, 3V-32V is effective high level voltage; 0-2V is invalid low level voltage; 2V-3V is unpredictable voltage, this voltage should be avoided range) Transistor load open end: 2-wire interface, all interfaces have terminal blocks1, OUT+: load positive interface, OUT+ and power positive pole are always connected2, OUT-: load negative interface, when the transistor is off, OUT- is floating, after the transistor is turned on, OUT- is connected to the negative pole of the power supply. Module sizeDimensions: 66mm * 40mm * 20mm (length * width * height) ![]()
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Владимир 01 Сентября 2023, 16:54 #
Очень нравится этот смартфон. Версия 26/256. Есть все что надо. Единственный недостаток, это то, что в качестве сенсора используется камера... Читать отзыв полностью...
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