Hourly volume
— m³
— vs. previous hour
Controllers and I/O modules, IQ-SENSE LoRaWAN wireless transmitters, SCADA and MES systems — from the sensor to the manager’s screen.
- Protocols
- Modbus TCP · Profinet · EtherCAT · LoRaWAN
- Telemetry
- IQ-SENSE · LoRaWAN
- Redundancy
- D series, hot swap
- Deployment
- customer’s server
Illustration. Names and data are fictitious.
01MES management dashboard
03PLC DU03L controller and D-series modules
Four automation levels — one system
- 01
Amber MES
Analytics, utilization rate, reports, rounds and calibrations
- 02
Amber SCADA
Process mimic diagrams, alarms, trends and site map in real time
- 03
Amber PLC & I/O
C, B and D series controllers, distributed I/O modules, network adapters, gateways and switches
- 04
IQ-SENSELoRaWAN
Sensors and wireless transmitters — field level
01 · MESProduction analytics and reporting
Analytics, utilization rate, reports, rounds and calibrations
Analytics and reports Plant-wide summary
Production volume per hour, day, month and year with the trend against the previous period.Hourly, daily, monthly and annual volume.
02 · SCADAReal-time dispatch control
Data collection without site rounds and real-time visualization
Mimic diagrams Process diagrams and site map
A process mimic diagram with current parameter values: the asset state is available without a site visit.A process mimic diagram with current parameter values.
How it works together
From reading to decision — in a single system
- 01
Measured and transmitted
Field level: on-site devices measure parameters and transmit them over LoRaWAN.
- 04 IQ-SENSE
- 02
Visualization and analytics
Mimic diagrams, site map and plant-wide summaries: asset state without site rounds.
- 02 SCADA
- 01 MES
- 03
Smart alarms and alerts
A parameter crosses its setpoint: the alert is addressed to whoever is in charge of that part of the site.
- 02 SCADA
- 04
Control
Remote commands to Amber ecosystem devices with execution confirmation.
- 02 SCADA
- 05
Event timeline
Alerts, sensor trends, inspection and calibration logs: a complete history of events and states.
- 02 SCADA
- 01 MES
Measured and transmitted
Field level: on-site devices measure parameters and transmit them over LoRaWAN.
- 04 IQ-SENSE
Visualization and analytics
Mimic diagrams, site map and plant-wide summaries: asset state without site rounds.
- 02 SCADA
- 01 MES
Smart alarms and alerts
A parameter crosses its setpoint: the alert is addressed to whoever is in charge of that part of the site.
- 02 SCADA
Control
Remote commands to Amber ecosystem devices with execution confirmation.
- 02 SCADA
Event timeline
Alerts, sensor trends, inspection and calibration logs: a complete history of events and states.
- 02 SCADA
- 01 MES
An analytics and operations control center for the enterprise.
03 · PLC · SignalsSignal I/O modules
I/O signals
Sensors · inputs
Visible in Amber SCADA and MES
CT-121Fdigital input
C3351controller
CT-222Fdigital output
Actuators · outputs
Select a device on the left or right — we will show step by step where its signal goes.
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- 2
- 3
- 4
| Signal type | Specifications | C seriesMain DIN-rail product line | B seriesBoard-level modules for compact solutions | D seriesRedundancy for critical systems |
|---|---|---|---|---|
| 8–16 channels, PNP/NPN, 24 VDC, pulse counting | CT-121FCT-1228 | BT-124F | DT-121F | |
| 16 DO 24 VDC / 0.5 A; 4 relays 2 A @ 250 VAC | CT-222FCT-2794 | BT-222F | DT-221F | |
| 8 DI + 8 DO on one module | — | — | DT-623F | |
| 8 channels: 0–10 V, ±10 V, 0/4–20 mA; 16 bit | CT-3168CT-3238 | BT-3238 | DT-3168 | |
| Pt100 (0.1%); thermocouples J, K, E, T, S, R, B, N | CT-3734CT-3844 | BT-3714 | DT-3804 | |
| 0–10 V, ±10 V, 0/4–20 mA; 16 bit | CT-4154CT-4238 | BT-4234 | DT-4234 | |
| Encoders 24 V / 5 V; RS-485/232/422, Modbus RTU/ASCII | CT-5112CT-5142CT-5321 | BT-5312 | — |
Illustration: devices and readings are fictitious. Signal types, specifications and module codes come from Amber documentation.
03 · PLC · ControlControl program per IEC 61131-3
PLCs for tasks of different scales
Module status indicatorsPWR — power, STA — module status, RUN — operation, NET — network, IRN — I/O, IER — data exchange error, FP — field power.RJ45 network interfacePort1 and Port2 work as a switch (daisy-chaining); the 10/100 Mbit/s speed is auto-negotiated. Speed and Link/Act LEDs.RUN/STOP switchSwitches between run and stop modes. Located in a recess under the transparent cover.Reset buttonLocated in a recess under the transparent cover.USB Type-C portLabeled “Reserved”; located in a recess under the transparent cover.RS485 terminalsLeft row: RS485 B−, A+, GND, SHD and five NC. Push-in spring-clamp terminals, tool-free wiring.Power terminalsRight row: 24 VDC supply, SV+, SV+, SV−, SV−, FV+, FV+, FV−, FV−, FG.DIN rail locksPress the top lock in after mounting on the rail; turn the left one counterclockwise.
LCD screenShows communication parameters, I/O channel status and the module version.Status indicatorsLEDs show the power and communication status of the communication board and the I/O modules, as well as the channel status.LAN1 and LAN2 network portsThe two RJ45 ports work as a switch (daisy-chaining). The 10/100 Mbit/s speed is auto-negotiated.Power terminalThree spring-clamp terminals: PE, 0V and 24V. Supply voltage 19.2–28.8 VDC, reverse polarity protection.I/O terminalsFour slots for I/O modules: up to 16 channels per module, up to 64 in total. Wires up to 1.5 mm² are inserted into the spring-clamp terminals without tools.
Interface indicatorsLink1–3 light up when a network cable is connected. Act1–3, RS485-1/2 and CAN flash when data is received or transmitted.RJ45 network portsPorts 1 and 2: switch for daisy-chaining, 10/100 Mbit/s; used for module debugging or as communication interfaces.RS485 and CAN interfaceRemovable spring-clamp terminals make maintenance and module replacement easier. Wires 0.2–1.5 mm² (AWG 24–16).Module status indicatorsPWR — power, RUN — operation, STA — status, NET — network, IER — I/O error, MAINT — error.OLED screen and buttonsShows module parameters without the need for software: the ▲ and ▼ buttons switch between the Module and Diagnostics screens.Removable terminal block9 spring-clamp terminals, tool-free push-in. Installation: insert the bottom edge into the slot, then press the block in until it clicks.Type-C interfaceOne Type-C interface, reserved.
IO MODULE-C3351
Medium to large distributed systems
- Standard
- IEC 61131-3
- Memory
- program 1 MB · non-volatile 3 KB
- I/O
- up to 1024 / 1024 bytes
- Feature
- data is retained on power loss
IO MODULE-B2341
Compact controller for local process units
- Environment
- CODESYS
- Standard
- IEC 61131-3
- Languages
- LD · FBD · SFC · ST · IL
- Feature
- optimized power consumption, compact dimensions
IO MODULE-DU03L
Next-generation software-based controller
- Platform
- AIOSYS
- Standards
- IEC 61499 · IEC 61131-3
- Languages
- LD · ST · C
- Feature
- direct computation in C, compatibility with the distributed control concept
03 · PLC · ConnectivityIntegrating the station into the plant networkGateway, switch and chassis — in the catalog
Connecting to industrial networks
Module status indicatorsPWR — system power, STAT — module status, SF — system error, BF — no link on the ports, IRN — I/O initialized, IER — error in data exchange with the modules, Field Power — field-side power.PROFINET RJ45 portsPORT1 and PORT2 work as a switch (daisy-chaining) at 10 and 100 Mbit/s with automatic crossover detection. Speed (green) — 100 Mbit/s, Link/Act (orange) — link and data exchange.DIP switchSets the PROFINET device name: value 0 — default name cn8032-addr (it can be assigned online from a PROFINET monitor); non-zero — the name is defined by the switch. Located in a recess under the transparent cover.Reset buttonPressing it for more than 5 seconds restores all module parameters to their default values. Located in a recess under the transparent cover.USB configuration portMicro USB / Type-C interface for configuring device parameters and updating firmware. Located in a recess under the transparent cover.Power terminalsNine push-in spring-clamp terminals in a single column: SV+, SV+, SV−, SV−, FV+, FV+, FV−, FV−, PE. Terminals with the same name are internally connected in pairs: connect one system power supply and one field power supply externally. Tool-free wiring.DIN rail locksAfter mounting on the rail, press the top lock in fully; otherwise module communication may be interrupted. To remove the adapter, release the top lock and turn the left one counterclockwise.
LCD screenShows communication parameters, I/O channel status and the module version.Status indicatorsPWR — power OK. RUN — Modbus data exchange in progress. ERR flashes when no network cable is connected, IER when the modules are connected incorrectly.LAN1 and LAN2 network portsThe two RJ45 ports work as a switch (daisy-chaining), 10/100 Mbit/s. The adapter is a Modbus TCP server for up to 5 clients at a time.Power terminalThree spring-clamp terminals: PE, 0V and 24V. Supply voltage 19.2–28.8 VDC, reverse polarity and overcurrent protection.I/O terminalsTwo slots for I/O modules: up to 16 channels per module, up to 32 in total. Wires up to 1 mm² are inserted into the spring-clamp terminals without tools.
Module status indicatorsPWR — power, STAT — module status, RUN — network operation, ERR — operating error, IER — error in data exchange with the I/O modules, MT — maintenance required. In normal operation, PWR, STAT, RUN and ERR are lit green; IER and MT are off.OLED screen and buttonsThe screen shows module parameters and important information without the need for software. Buttons: ▲ — page up, ▼ — page down, ● — confirm (long press — exit).IN and OUT network portsTwo RJ45 ports, 100 Mbit/s; cable between two stations up to 100 m. LINK (green) on — link is up, ACT (green) flashing — data exchange in progress.Address switches Addr X16 and Addr X1Set the station alias. Value 0 — the station name is the default one or is assigned by the PLC; non-zero — the name is defined by the switches.Type-C configuration portStandard Type-C connector for configuring device parameters and updating firmware.Removable terminal block with 9 terminalsNine spring-clamp terminals 0–8: system power SV+, SV+, SV−, SV−, ground FG, field power FV+, FV+, FV−, FV−. Terminals with the same name are internally connected in pairs: connect one system power supply and one field power supply externally. To remove the block, press its latch down and pull the block out.DIN rail latchesA manual latch on top of the housing secures the module on the rail — to remove the module, open the latch by hand.
Profinet IO · CN-8032-L
I/O station on a Profinet network
- Protocol
- Profinet IO (Slave)
- Ports
- 2-port switch, 10/100 Mbit/s
- I/O
- up to 1440 / 1440 bytes · up to 32 expansion modules
- Feature
- built-in switch for daisy-chain topology, high throughput
Modbus TCP · BN-8031
Supervisory control and data acquisition
- Protocol
- Modbus-TCP Server
- Ports
- 2 Ethernet ports, 10/100 Mbit/s
- I/O
- up to 8192 bytes in total
- Feature
- support for multiple client connections, enlarged data exchange buffer
EtherCAT · DN-8033
Real-time systems and motion control
- Protocol
- EtherCAT
- I/O
- cyclic data up to 1024 / 1024 bytes
- Polling cycle
- minimal
- Feature
- deterministic data transfer
04 · IQ-SENSEWireless telemetry over LoRaWAN
Remote data collection
IQ-SENSE devices on site
PressureWell 3
TemperatureBoiler room
LevelReservoir R-2
ValveUnit 7open
LoRaWAN gatewayThe LoRaWAN network is deployed separately
Amber
Visible in
Amber SCADAdiagram, alarms
Amber MESsummaries, logs
Readings Well 3 · pressure
Device readings are delivered to Amber over LoRaWAN automatically.
Connectivity LoRaWAN
Devices transmit data to Amber over LoRaWAN. The LoRaWAN network is deployed separately and is not included in the Amber scope of supply.
Commands
Commands to the device with delivery confirmation.
Valve, unit 7: close
queuedsentconfirmed
New device
A new device type is connected without changing the software: packet parsing, commands and alarm rules are defined in the interface.
01 08 5A 00 D6 57- temperature
- 21.4 °C
- battery level
- 87 %
Setup Bluetooth
Device configuration from a browser over Bluetooth: parameters and firmware updates.
device nearbyIQ-SENSE · 3F2A
firmware 1.4 → 1.5
Illustration. Names and data are fictitious.
Why Amber
- 01
Data stays with the customer
The system and all data are hosted on the customer’s server. No connection to the vendor is required for operation.
- 02
Access control
Permissions by section and asset: an area supervisor sees their area, management sees the whole enterprise.
- 03
Integration with ERP and other systems
External systems receive data from Amber via Modbus TCP and the REST API.
- 04
Web interface
Russian, English and Uzbek, light and dark themes. Runs in a browser, including on mobile devices.
- 05
New devices without software changes
A new type of LoRaWAN device is connected without changing the software: packet parsing, commands and alarm rules are configured in the interface.
- 06
In-house hardware
Controllers, I/O modules and network equipment: a catalog of 35 items, C, B and D series.
Equipment catalog
01–06
All catalog items
01 Controllers (PLCs)
02 Network interfaces and adapters
03 Digital I/O modules
04 Analog I/O modules
05 Special and communication modules
06 Network equipment, gateways and chassis
| Code | Name | Key specs | Series |
|---|---|---|---|
| 01 · Controllers (PLCs) | |||
| Programmable logic controller | IEC 61131-3 · 1 MB program memory · up to 1024/1024 bytes | C | |
| Programmable logic controller | CODESYS · IEC 61131-3 · 5 programming languages | B | |
| Programmable logic controller | AIOSYS · IEC 61499 and IEC 61131-3 · LD, ST and C | D | |
| 02 · Network interfaces and adapters | |||
| Profinet network adapter | Profinet IO (Slave) · 2-port Ethernet switch · up to 32 expansion modules | C | |
| Modbus-TCP network adapter | Modbus-TCP Server · 2 Ethernet ports 10/100 Mbit/s · up to 8192 bytes | B | |
| EtherCAT network adapter | EtherCAT · input data up to 1024 bytes · output data up to 1024 bytes | D | |
| 03 · Digital I/O modules | |||
| 16-channel digital input module | 16 DI channels · PNP (Sink) · 24 VDC | C | |
| 8-channel digital input module | 8 DI channels · NPN (Source, active low) · 24 VDC | C | |
| 16-channel digital output module | 16 DO channels · PNP (Source, active high) · up to 0.5 A per channel | C | |
| 4-channel relay output module | 4 relay channels · 2 A @ 250 VAC | C | |
| 16-channel universal digital input module | 16 DI channels · NPN/PNP (Source/Sink) · 24 VDC | B | |
| 16-channel digital output module | 16 DO channels · PNP · 24 VDC / 0.5 A per channel | B | |
| 16-channel digital input module with redundancy | 16 DI channels · PNP type · with redundancy | D | |
| 16-channel digital output module with redundancy | 16 DO channels · NPN (active low) · with redundancy | D | |
| Combined digital I/O module | 8 DI channels (PNP/NPN) · 8 DO channels (PNP, 24 VDC) | D | |
| 04 · Analog I/O modules | |||
| 8-channel voltage input module | 8 AI channels · 0–5 VDC / 0–10 VDC · 16-bit ADC | C | |
| 8-channel current input module | 8 AI channels · 0–20 mA / 4–20 mA · 16 bit | C | |
| 4-channel RTD module | 4 RTD channels (Pt100) · basic accuracy 0.1% | C | |
| 4-channel thermocouple module | 4 TC channels · types J, K, E, T, S, R, B, N · accuracy 0.3% | C | |
| 4-channel voltage output module | 4 AO channels · 0–5 VDC / 0–10 VDC · 16-bit DAC | C | |
| 8-channel current output module | 8 AO channels · 0–20 mA / 4–20 mA · 16 bit | C | |
| 8-channel current input module | 8 AI channels · 0–20 mA / 4–20 mA · 16 bit | B | |
| 4-channel current output module | 4 AO channels · 0–20 mA / 4–20 mA · 16 bit | B | |
| 4-channel RTD temperature measurement module | 4 RTD channels (Pt100) · accuracy 0.1% | B | |
| 8-channel voltage input module with redundancy | 8 AI channels · 0–5 VDC / 0–10 VDC · with redundancy | D | |
| 4-channel thermocouple module with redundancy | 4 TC channels · J, K, E, T, S, R, B, N · with redundancy | D | |
| 4-channel current output module with redundancy | 4 AO channels · 0–20 mA / 4–20 mA · with redundancy | D | |
| 05 · Special and communication modules | |||
| 2-channel encoder module (24V) | 2 channels (24V) · quadrature decoding · 2 DI / 2 DO | C | |
| 2-channel differential encoder module (5V) | 2 channels (5V Differential) · quadrature decoder · 2 DI | C | |
| 1-channel communication module | 1 channel (RS485/RS232/RS422) · Modbus RTU/ASCII (Master/Slave) | C | |
| 2-channel RS485 module | 2 independent RS485 interfaces · Modbus RTU/ASCII · Free port | B | |
| 06 · Network equipment, gateways and chassis | |||
| Modbus to Profinet protocol converter | 2 serial ports · Profinet IO · up to 50 commands/slots | — | |
| Industrial Ethernet switch (5-16 ports) | 16 Fast Ethernet ports · 10/100 Mbit/s | — | |
| 64-channel chassis/base module with display | up to 64 I/O channels · status display | B | |
| 32-channel chassis/base module with display | up to 32 I/O channels · information display | B | |
No items match this combination.
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How it works
Device list → Amber
- 01Download the templateAn Excel file for sites, devices and roles — one row for each.
- 02Enter your devicesNames and types — as you call them.
- 03Send it to usWe will show you how your site looks in the system.
Your device list.xlsx
Pump P-01pump
Valve V-01valve
Temperature sensor TT-01sensor
Pressure sensor PT-01sensor
Devices in Amber4 of 4
Pump P-01
Valve V-01
Temperature sensor TT-01
Pressure sensor PT-01
This information is for reference only. Capabilities depend on the system version. Screens on this site are illustrations with fictitious data. © Amber, 2026.