NetComm IG6000 manual Speaker on during dial, answer, retrain or rate change

Page 15

Industrial Modem User Guide

M4

 

Speaker on during dial, answer, retrain or rate change

O1

 

Enter On­line state and force communication retrain (V.22bis and V.32bis only)

O2

 

Retrain, donÕt go on­line (V.22bis & V.32bis)

O3

 

Change line speed to 4800 bps (V.32 & V.32bis)

O4

 

Change line speed to 7200 bps (V.32 & V.32bis)

O5

 

Change line speed to 9600 bps (V.32 & V.32bis)

O6

 

Change line speed to 12000 bps (V.32 & V.32bis)

O7

 

Change line speed to 14400 bps (V.32 & V.32bis)

P

 

Pulse dialling

Q0

n

Modem returns response codes

Q1

 

Modem does not return response codes

Q2

 

Modem does not return RINGING or response codes when answering

R9

 

9600 bps (locked terminal speed ­ no autobaud)

R14

 

14,400 bps (locked terminal speed ­ no autobaud)

R19

 

19,200 bps (locked terminal speed ­ no autobaud)

R28

 

28,800 bps (locked terminal speed ­ no autobaud)

R38

 

38,400 bps (locked terminal speed ­ no autobaud)

R57

 

57,600 bps (locked terminal speed ­ no autobaud)

R115

 

115,200 bps (locked terminal speed ­ no autobaud)

R230

 

230,400 bps (locked terminal speed ­ no autobaud)

Sn?

 

Display value in S Register ÔnÕ

Sn=x

 

Place ÔxÕ in S Register ÔnÕ

T

n

Tone dialling

V0

 

Numeric response codes

V1

n

Verbal response codes

W0

 

CONNECT message reports the terminal speed

W1

 

CONNECT message reports the terminal speed

W2

n

CONNECT message reports the line speed

X0

 

Basic response codes (codes 0­4,8)

X1

 

Extended response codes (codes 0­5,8,10­12,30­40,60­62)

X2

 

Extended response codes (codes 0­6,8,10­12,30­40,60­62)

X3

 

Extended response codes (codes 0­5,7,8,10­12,30­40,60­62)

X4

 

Extended response codes (codes 0­7,10­12,30­40,60­62)

X5

n

Extended response codes (codes 0­7,10­13,30­40,60­62)

X6

 

Extended response codes (codes 0­5,7­8,10­13,30­40,60­62)

Zn

 

Restore configuration profile n (n=0,1,2,3)

&B0

 

8 bit character length

&B1

 

9 bit character length

&B2

 

10 bit character length

&B3

 

11 bit character length

&B4

n

10 or 11 bit character length determined by autobaud

&C0

 

DCD signal always asserted

&C1

n

DCD signal responds to remote modem

&C2

 

DCD signal always on, pulses low on disconnect

&C3

 

DCD asserted during voice session

&D0

 

Ignore DTR

&D1

 

Return to Local command state if DTR goes low

&D2

n

Hangup & return to Local Com if DTR goes low, disable auto­answer until DTR

 

 

asserted

&D3

 

Initialise with values in &Y profile if DTR goes low

&F0

 

Restore factory defaults

YML391­3A

15

Image 15
Contents Industrial Modem Table of Contents Mailing List Contact InformationTechnical Support TeleMarketingNew Zealand Customer Information Legal & Regulatory InformationCopyright Information Australian Customer InformationIndustrial Modem User Guide Introduction OUT Modem Controls and IndicatorsLinks Internal controls PstnModem Features Power Down FeatureDial and Talk Feature AT#MEM2 How to Load the Voice Alarm MessagesVoice Messaging System AT#MEM1Remote Voice Setting of Alarm Messages Line Speeds Asynchronous ModeSynchronous Mode Operating ModesLeased Line Operation Modem AT Commands CommandsDial Modifiers General Commands Speaker on during dial, answer, retrain or rate change #MINI #MEM0#MEM1 #MEM2Industrial Modem User Guide Mod Modulation Possible Rates bps Modulation SettingDistinctive Ring AT­SDR=0AT­SDR=7 Response Codes Ascii RegistersSpecifications Humidity Data CompressionEncryption Environmental

IG6000 specifications

The NetComm IG6000 is a cutting-edge industrial-grade router designed to meet the growing demands of IoT applications, industrial automation, and remote monitoring. Built for robustness and reliability, the IG6000 caters to sectors such as manufacturing, transportation, and utilities, where stable connectivity is paramount for operational efficiency.

One of the defining features of the IG6000 is its versatility. It supports multiple connectivity options, including 4G LTE, Ethernet, and Wi-Fi, ensuring that devices remain connected even in challenging environments. The integrated cellular connectivity enables organizations to extend their networks to remote locations without the need for costly infrastructure. This makes the IG6000 an ideal choice for applications like smart cities, remote asset management, and telemetry systems.

The router’s rugged design is another standout characteristic. Designed to withstand extreme temperatures, dust, and moisture, the IG6000 is compliant with IP30 standards, ensuring that it can operate effectively in industrial settings. Its durability minimizes the risk of downtime, a crucial factor for businesses that rely on continuous data transmission and real-time insights.

Security is paramount in industrial environments, and the IG6000 addresses this with advanced features such as built-in firewalls, VPN support, and secure encryption protocols. These security measures help to protect sensitive data and ensure compliance with industry standards.

The IG6000 also boasts extensive configuration capabilities. Users can customize network settings and manage connected devices through a user-friendly interface. Additionally, the router supports cloud management, providing IT teams with the ability to monitor performance remotely and make necessary adjustments in real time.

Another significant aspect of the IG6000 is its support for edge computing. By enabling data processing at the edge of the network, organizations can achieve faster response times and reduced latency. This is particularly beneficial for applications that require immediate processing, such as predictive maintenance systems or real-time inventory management.

Lastly, the NetComm IG6000 is designed with scalability in mind. Businesses can seamlessly integrate additional devices and sensors as their operations grow, making it a future-proof solution. Overall, the IG6000 stands out as a reliable, secure, and efficient router, perfectly positioned to support the evolving landscape of industrial connectivity and IoT applications.