![]() List with the available objects in NetControl.67 Legend: The text contains additional and useful information that explains specific situations and features. Channel type in MQTT JSON data, iomodexx.0 in SNMP and in ioreg.js 'PM' array (values in HEX) APPENDIX II. ![]() Available input/output lines Relationship between SNMP index and channel type Configuration and access via Web Connection scheme APPENDIX I. Control via MQTT Principle of operation of the MQTT protocol MQTT Settings in NetControl Topics/objects in MQTT for NetControl access Data format Characteristics of 4RU2S1A (4RU1T1A) and 4R4S1A (4R1T1A) models Available input/output circuits Relationship between SNMP index and channel type Schemes for connecting LAN to a network Characteristics of the usage of the commutation device of 220VAC circuits Характеристики на модели 4R4S1A WiFi Relationship between SNMP index and channel type Схеми на свързване WiFi module WiFi settings in the WEB interface Characteristics of models 2RU2S1A1P (2RU1T1A1P) and 2R2S1A (2R1T1A) Available input/output circuit Relationship between SNMP index and channel type Exemplary connecting schemes NetControl 2RU1T1A1P in LAN network for restarting of 2pcs bus diversions Connecting NetControl 2RU1T1A1P in thermoregulator mode Typical connecting scheme of NetControl 2R1T1A Characteristics of model 8R2S1A (8R1T1A) Available input/output circuits Relationship between SNMP index and channel type Exemplary connecting schemes NetControl 8R1T1A managing 8 consumers at 220VAC NetControl 8R1T1A with different power supply to the two groups relays Characteristics of model 24R3S2А Relationship between SNMP index and channel type Exemplary connecting schemes Characteristics of model 4PH1R Available input/output lines Relationship between SNMP index and channel type I/O control (menu Status ) Connection diagram (typical) Characteristics of model 4PC2R Available input/output circuits Relationship between SNMP index and channel type Configuration and access via Web Connection scheme Characteristics of model 4RU1SH2SĤ 12.1. (menu IO Settings ) Digital I/O Channels Analog I/O Channels Macros user-defined sequences of actions (24) channel PING Monitor Automatic tasks (menu Automation ) Restarting, software updating, etc (menu Misc ) Change of the username and password for Web access Restore factory settings System software update via TFTP System software update through Applied information, SNMP access (for all models) Access to I/O through SNMP SNMP objects for personal access to the input/output channels Other (general) SNMP objects for access to the input/output circuits Reading of the temperature (sensor TDS300) via SNMP Reading relative humidity (sensor HDS300) via SNMP Input for measuring the Unet (VIN) Alarm input Input for measuring current via external shunt (for 4RU1SH2S) Access to the old OIDs for access to the I/O ports Sample PERL script for calculating the temperature, Unet and the alarm input The implementation of the thermoregulator modeģ 4. Wall mount installation Access via the cloud platform of Access via Web browser Access via HTTP URL commands Access via SNMP protocol Access via MQTT Control/configuration of the device through the Web Control/status of the input/output channels (menu Status ) Control / status of I / O through URL commands Network parameters and settings(menu IP settings ) 'IP Configuration' section Ethernet Settings WiFi Settings SNMP settings section Dynamic distributing of the general network parameters via DHCP Input/Output channels. Access to the device Main panel (for all models). You can open a comparison table of different models from here.1 User s Manual For models: 24R3S2A 8R2S1A 4R4S1A WiFi 4R4S1A 4RU2S1A 2R2S1A 2RU1T1A1P /only for firmware 5.12+/ revĢ TABLE OF CONTENTS 1. ![]() It is very convеnient for integration inside local telecommunication racks/cabinets in systems with centralized powering trough the free pairs in UTP/FTP cables (simple PoE). This model is specially designed to fulfill the needs of ISPs (Internet Service Providers) covering the most frequent demand of control and monitoring blocks in city networks. ![]()
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