ERROR( Unknown Command )

Fail response, if NITZ network service is not supported and <time> value was more than 23 hours 59 minutes and 59 seconds:

OUTPUT PULSE OFF <time>:

ERROR( Network Time

Missing )

The X refers to output pin number,

X=1,2,3,4,5,6,7,8,9,all.

The Y refers to either ON or OFF

Command syntax for <time> parameter:

<days>d<hours>h<minutes>m<seconds>s

for example, Output_Pulse 1 On 5m30s

Value ranges for <time> parameter:

<time> If Network Indication and Time Zone (NITZ) network service is supported, the range is from 1 second to 7 days.

If NITZ network service is not supported, the range is from 1 second to 23 hours 59 minutes and 59 seconds.

<days> If NITZ network service is supported, the range is from 1 … 7 days.

<hours> 1…23

<minutes> 1…59

<seconds> 1…59

Value examples for valid <time>:

7d, 6d23h59m59s, 45m, 59s, 4h25s, 30m45s, etc.

Value examples for invalid <time>:

7d1s

Maximum time (7 days) exceeded

3m3m

There cannot be two unit fields of the same

100s

Maximum second and minute value is 59. Use 1m40s instead

24h

Maximum hour value is 23. Use 1d instead of 24h

9.3.8Cancelling Output Pulses

It is possible to cancel pulses before the <time> parameter defined in the pulse control message has passed. This is done with the “Output_Pulse_Cancel

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Nokia 12 GSM MODULE REMOTE I/O manual Cancelling Output Pulses, Output Pulse OFF time Error Network Time Missing
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12 GSM MODULE REMOTE I/O specifications

The Nokia 12 GSM Module Remote I/O stands out as a robust solution for remote monitoring and control in various applications. Designed to seamlessly integrate cellular connectivity with remote input and output functionalities, this module is particularly valuable in industries such as utilities, transportation, and industrial automation.

One of the primary features of the Nokia 12 GSM Module is its GSM connectivity, allowing it to operate over existing cellular networks. This connectivity ensures reliable communication across vast distances, making it an ideal choice for remote locations where traditional networking options are impractical. With support for both 2G and 3G networks, the module caters to diverse geographical requirements, providing flexibility depending on regional infrastructure.

The module supports multiple I/O configurations, including digital and analog inputs and outputs. This versatility enables users to monitor various sensors and control different devices remotely. For instance, it can process data from temperature sensors, pressure gauges, and flow meters while allowing remote control of pumps, valves, and other actuators. This combination of input/output capabilities simplifies the integration into existing systems.

Another notable characteristic of the Nokia 12 GSM Module is its built-in power management features. The module is designed to operate efficiently, utilizing low standby power, which is particularly important for battery-powered applications. This efficiency not only extends the lifespan of power sources but also reduces operational costs, making it a cost-effective solution over time.

Advanced security features are also a hallmark of the Nokia 12 GSM Module. It employs encryption protocols to safeguard data transmissions, protecting sensitive information from unauthorized access. This emphasis on security is essential in industries where data integrity and privacy are paramount.

The module is engineered for rugged environments, boasting a wide temperature operating range and resistance to humidity and dust. Its durable construction ensures that it remains operational in challenging conditions, thereby enhancing its reliability for outdoor or industrial use.

Adding to its capabilities, the Nokia 12 GSM Module can be easily interfaced with various cloud platforms. This compatibility enables real-time data reporting and remote access, empowering users to monitor their systems from anywhere in the world.

In summary, the Nokia 12 GSM Module Remote I/O is a comprehensive solution that provides GSM connectivity, versatile I/O options, energy efficiency, robust security, and durability. These features make it a valuable instrument for enhancing operational efficiency and enabling advanced automation in remote applications.
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