XC-227+ Disinfection Cabinet Temperature Controller Integration (22111)

1. Sensor Overview

Item	Value
Device	XC-227+ Disinfection Cabinet Temperature Controller
Vendor	Xuzhou Ringder Electric Co., Ltd.
Model	XC-227+
Protocol	Modbus-RTU (RS-485, 9600/8N1)
Business Code	22111
Connection	EdgeBus KC11 mains DTU
Template	XC227-22111

The XC-227+ controls high-temperature disinfection cabinets. It drives heater and fan relays, reports cabinet temperature, and supports remote power on/off, start/stop, and read/write of temperature-control parameters (stop temp / upper / lower / hysteresis / calibration). A probe fault returns the marker value 0x5050.

2. Features

Standard Modbus-RTU over RS-485 at 9600bps — connects to the ManThink KC11 DTU directly.
Dual relay control (heater + fan) with readable heating/fan status.
Full temperature-control parameter set: St stop temp, F01 upper, F02 lower, F03 hysteresis, F04 calibration — all remotely read/write.
Probe self-check: a faulty/disabled probe returns 0x5050 so the upper layer can null the reading.
Independent power and start/stop control bits using 0xFF00/0x0000.

3. Applicable Scenarios

Compliance monitoring of disinfection cabinets in restaurant/canteen kitchens.
Traceability and alarming for instrument sterilization in clinics and labs.
Centralized control of chain-store cabinets — remote power and parameter push.

4. Gateway (DTU) Information

4.1 Hardware

Item	Value
DTU Model	KC11 (mains, DIN rail)
Interface	RS-485
Power	AC 85–270V
LoRaWAN Class	Class C (always online)

4.2 Wiring

Controller Pin	Signal	To KC11
485A	RS-485 A	KC11 485A
485B	RS-485 B	KC11 485B

KC11 is powered from AC L/N (85–270V). Short the 120Ω terminating resistor to 485A at the bus end when needed.

5. Data Acquisition

The solution polls Modbus-RTU by function code:

FC04 read sensor data: cabinet probe temperature (0x0000)
FC01 read status: heater/fan relay, power, heating, fan status (0x0000–0x0004)
FC02 read alarm: cabinet probe fault (0x0000)

5.1 Register Definitions

Sensor data (FC04, signed integer)

Address	Item	Type	Coefficient	Notes
0x0000	Cabinet probe temperature	int16BE	÷10	Fault/disabled = 0x5050

System parameters (FC03 read / FC06·FC10 write, signed integer °C, no scaling)

Address	Param	Range	Default	Step
0x0000	St stop temp	F02~F01	90	5
0x0001	F01 upper limit	St~150	90	5
0x0002	F02 lower limit	-10~St	0	5
0x0003	F03 hysteresis	0~20	5	1
0x0004	F04 calibration	-20~20	0	1

Control commands (FC05, 2-byte unsigned)

Address	Item	ON	OFF
0x0000	Power on/off	0xFF00 on	0x0000 off
0x0001	Start/stop	0xFF00 start	0x0000 stop

5.2 Status Bits

Status (FC01, bit, low bit = low address)

Address	Item	Notes
0x0000	Heater relay	0 open / 1 closed
0x0001	Fan relay	0 open / 1 closed
0x0002	Power status	0 off / 1 on
0x0003	Heating status	0 no / 1 yes
0x0004	Fan status	0 no / 1 yes

Alarm (FC02, bit)

Address	Item	Notes
0x0000	Probe fault	0 normal / 1 alarm

6. EdgeBus Model

6.1 EB Configuration

Item	Value
name	xc227
port	22
version	0x87
dataType	0x10
upPeriodIndex	70
Serial	9600 / 8 / 1 / NONE
BzType	22111
BzVersion	1
SwVersion	31
Battery	false (Class C)

6.2 EB Code

typescript

import { Buffer } from "buffer";
import { buildOtaFile } from "@EBSDK/run";
import { EBModel } from "@EBSDK/EBCompiler/EBModel/EBModel";
import { EventInfoItem } from "@EBSDK/EBCompiler/plugins/EBHelper";
import type { UserConfUPItem } from "@EBSDK/EBCompiler/plugins/EBHelper";
import { CheckbitEnum, getOtaConfig } from "@EBSDK/otaConfig";

const eventInfo: UserConfUPItem[] = [
  {
    name: "xc227", port: 22, version: "0x87", dataType: "0x10", upPeriodIndex: 70,
    quInfo: [
      { protocol: "modbus", addr: "0x01", code: "0x04", periodIndex: 70,
        indexAPP: 150, indexCMD: 0, copySize: 1, isLast: false,
        listVal: [ { start: "0x0000", end: "0x0000" } ] },
      { protocol: "modbus", addr: "0x01", code: "0x02", periodIndex: 70,
        indexAPP: 150, indexCMD: 0, copySize: 1, isLast: false,
        listVal: [ { start: "0x0000", end: "0x0000", covType: "HEX" } ] },
      { protocol: "modbus", addr: "0x01", code: "0x01", periodIndex: 70,
        indexAPP: 150, indexCMD: 0, copySize: 1, isLast: true,
        listVal: [ { start: "0x0000", end: "0x0004", covType: "HEX" } ] }
    ]
  }
];

let otaConfig = getOtaConfig({
  SwVersion: 31, BaudRate: 9600, StopBits: 1, DataBits: 8,
  Checkbit: CheckbitEnum.NONE, Battery: false, ConfirmDuty: 60,
  BzType: 22111, BzVersion: 1
});

const MODBUS_TT = (ebModel: EBModel) => {
  for (let i = 0; i < eventInfo.length; i++) {
    let event = new EventInfoItem(eventInfo[i]);
    event.upEventSetup();
    event.eventInstall();
  }
  return JSON.stringify(ebModel, null, 2);
};
buildOtaFile(import.meta.url, otaConfig, MODBUS_TT);

6.3 Notes

The EB code has 1 uplink event + 3 query events, polled in order: FC04 temperature → FC02 probe fault → FC01 five status bits (the last query with isLast:true triggers the uplink).
COV is disabled; upPeriodIndex and periodIndex are both 70, so collect and upload share one period parameter (default 300s).
Uplink frame is 10 bytes: [0]=0x87 [1]=0x10 [2]=cov [3]=status [4]=ds [5]=addr [6-7]=temp(int16BE÷10) [8]=alarm byte [9]=status byte.
The Modbus slave address is injected from DTU app_150 (default 1).

7. Thing Model

7.1 Basic Info

Type	Name	id Name
Telemetry	[XC227]	xc227_22111
Parameter	[XC227-PARA]	xc227_para_22111

7.2 Uplink Frame Structure

frameInfo: port 22, dataLen 10, rssi true, battery index 4, tagList [{0:0x87},{1:0x10}].

index	field_name	type	Notes
6	cabinet_temp	int16BE ÷10	Cabinet temp °C
8	probe_fault	bitLE0-0	Probe fault
9	heat_relay	bitLE0-0	Heater relay
9	fan_relay	bitLE1-1	Fan relay
9	power_status	bitLE2-2	Power status
9	heating_status	bitLE3-3	Heating status
9	fan_status	bitLE4-4	Fan status

When the cabinet temperature reads 0x5050 (probe fault), it is set to null.

7.3 Scripts

See project files thinklink/thingModel/xc227_22111.js and xc227_para_22111.js.

8. Third-Party Data Subscription

8.1 MQTT Topic

/v32/{Organization Account}/tkl/up/telemetry/{eui}

8.2 Example Payload

json

{
    "eui": "6353012af10a9331",
    "active_time": "2026-06-01T08:35:48.000Z",
    "thingModelId": "22111",
    "thingModelIdName": "xc227_22111",
    "telemetry_data": {
        "snr": 13.5,
        "rssi": -51,
        "cabinet_temp": 98.5,
        "power_status": 1,
        "heating_status": 1,
        "fan_status": 0,
        "heat_relay": 1,
        "fan_relay": 0,
        "probe_fault": 0
    }
}

9. RPC

9.1 RPC Names

Type	Name	id Name
Set	[XC227 SET] 22111	xc227_set_22111
Get	[XC227 GET] 22111	xc227_get_22111
Action	[XC227 ACT] 22111	xc227_action_22111

9.2 Parameter Definitions

DTU app parameters (Set/Get RPC, port 214)

Slot	Name	field_name	Unit	Type	Notes
app_70	Upload/collect period	period_up	s	uint32LE	1–3600, DTU poll & upload interval
app_150	Modbus address	addr_modbus	—	uint8	1–199, target slave address

Device control / temperature parameters (Action RPC, transparent FC05/FC06)

field_name	Register	Type	Notes
power_cmd	FC05 0x0000	bool	Power: true=on / false=off
run_cmd	FC05 0x0001	bool	Start/stop: true=start / false=stop
stop_temp	FC06 0x0000	int16	St stop temp
temp_upper	FC06 0x0001	int16	F01 upper limit
temp_lower	FC06 0x0002	int16	F02 lower limit (signed, two's complement)
temp_diff	FC06 0x0003	int16	F03 hysteresis
temp_calib	FC06 0x0004	int16	F04 calibration (signed)

The Action RPC sends one parameter per invocation; the echo frame is verified over the transparent channel (port 51), then telemetry/shared are synced and the form is back-filled.

9.3 RPC Code

See thinklink/rpc/xc227_set_22111.js, xc227_get_22111.js, xc227_action_22111.js.

10. Template Selection

Search the ThinkLink platform for:

XC227-22111

or by business type:

22111 / Disinfection cabinet temperature controller

11. Notes

The communication address can only be set on the controller panel, range 1–199, default 1.
Cabinet temperature is a signed integer; divide by 10 for the actual value. A faulty/disabled probe reads a fixed 0x5050.
Temperature parameters (St/F01/F02/F03/F04) are raw integer °C with no ÷10; F02 and F04 may be negative (two's complement).
Power and start/stop control values are 0xFF00 (ON) / 0x0000 (OFF), not 0x0001.
The alarm trigger xc227_trigger_22111 raises an immediate probe-fault alarm; high/low temperature alarms compare the cabinet temperature against F01/F02 with 0.5°C hysteresis. Configure the notification group on the device before use.

Network Server

Device

meter

BMS

Industry

XC-227+ Disinfection Cabinet Temperature Controller Integration (22111)

1. Sensor Overview

2. Features

3. Applicable Scenarios

4. Gateway (DTU) Information

4.1 Hardware

4.2 Wiring

5. Data Acquisition

5.1 Register Definitions

5.2 Status Bits

6. EdgeBus Model

6.1 EB Configuration

6.2 EB Code

6.3 Notes

7. Thing Model

7.1 Basic Info

7.2 Uplink Frame Structure

7.3 Scripts

8. Third-Party Data Subscription

8.1 MQTT Topic

8.2 Example Payload

9. RPC

9.1 RPC Names

9.2 Parameter Definitions

9.3 RPC Code

10. Template Selection

11. Notes

meter

BMS

Industry

XC-227+ Disinfection Cabinet Temperature Controller Integration (22111) ​

1. Sensor Overview ​

2. Features ​

3. Applicable Scenarios ​

4. Gateway (DTU) Information ​

4.1 Hardware ​

4.2 Wiring ​

5. Data Acquisition ​

5.1 Register Definitions ​

5.2 Status Bits ​

6. EdgeBus Model ​

6.1 EB Configuration ​

6.2 EB Code ​

6.3 Notes ​

7. Thing Model ​

7.1 Basic Info ​

7.2 Uplink Frame Structure ​

7.3 Scripts ​

8. Third-Party Data Subscription ​

8.1 MQTT Topic ​

8.2 Example Payload ​

9. RPC ​

9.1 RPC Names ​

9.2 Parameter Definitions ​

9.3 RPC Code ​

10. Template Selection ​

11. Notes ​

XC-227+ Disinfection Cabinet Temperature Controller Integration (22111)

1. Sensor Overview

2. Features

3. Applicable Scenarios

4. Gateway (DTU) Information

4.1 Hardware

4.2 Wiring

5. Data Acquisition

5.1 Register Definitions

5.2 Status Bits

6. EdgeBus Model

6.1 EB Configuration

6.2 EB Code

6.3 Notes

7. Thing Model

7.1 Basic Info

7.2 Uplink Frame Structure

7.3 Scripts

8. Third-Party Data Subscription

8.1 MQTT Topic

8.2 Example Payload

9. RPC

9.1 RPC Names

9.2 Parameter Definitions

9.3 RPC Code

10. Template Selection

11. Notes