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冷凝/蒸发温度推算器(按逼近/饱和压力/过冷过热)

推算制冷系统的饱和冷凝温度 T_cond 与蒸发温度 T_evap。三种模式:1) 由逼近温差——T_cond=环境温度+冷凝器逼近 ΔT,T_evap=介质温度−蒸发器逼近 ΔT;2) 由实测饱和压力——给定制冷剂(R-22/R-134a/R-410A)的 P_cond、P_evap,用 Antoine 反算;3) 由过冷/过热——T_cond=液管温度−SC,T_evap=吸气管温度−SH。温度支持 °C/K/°F,压力支持 bar/MPa/kPa/PSI(绝对或表压,默认大气压 1.01325 bar),结果以 °C 输出。

json· JSON 结果打开工具

快速开始

用三种语言从你的代码中调用此工具。

cURL
curl -X POST 'https://api.elysiatools.com/zh/api/tools/condensing-temperature-calculator' \
  -H 'Content-Type: application/json' \
  -d '{"refrigerant":"R410A","mode":"fromApproach","tAmbient":35,"tMedium":12,"condApproach":12,"evapApproach":8,"pCond":0,"pEvap":0,"tLiquid":0,"subcooling":0,"tSuction":0,"superheat":0,"tempUnit":"°C","pressureForm":"gauge","pressureUnit":"bar","atm":1.01325,"decimalPlaces":4}'

API 参考

以 JSON 形式 POST 提交输入参数。文件类型参数需先单独上传。

请求端点

HTTP
POST https://api.elysiatools.com/zh/api/tools/condensing-temperature-calculator

请求参数

参数名类型必填说明
refrigerantselect否Refrigerant. Used only in 'from saturated pressures' mode.
modeselect否Estimate method: coil approach, measured saturated pressures, or subcooling/superheat.
tAmbientnumber否Heat-sink (ambient entering the condenser) temperature, in the selected Temperature Unit. Used in 'from coil approach' mode.
tMediumnumber否Cooling-load medium temperature entering the evaporator (air or water), in the selected Temperature Unit. Used in 'from coil approach' mode.
condApproachnumber

MCP 集成

将此工具加入你的 Model Context Protocol 服务,让 AI 智能体可以列出并调用它。

服务配置

将以下内容加入你的 MCP 客户端配置:

mcp.json
{
  "mcpServers": {
    "elysiatools-condensing-temperature-calculator": {
      "name": "condensing-temperature-calculator",
      "description": "推算制冷系统的饱和冷凝温度 T_cond 与蒸发温度 T_evap。三种模式:1) 由逼近温差——T_cond=环境温度+冷凝器逼近 ΔT,T_evap=介质温度−蒸发器逼近 ΔT;2) 由实测饱和压力——给定制冷剂(R-22/R-134a/R-410A)的 P_cond、P_evap,用 Antoine 反算;3) 由过冷/过热——T_cond=液管温度−SC,T_evap=吸气管温度−SH。温度支持 °C/K/°F,压力支持 bar/MPa/kPa/PSI(绝对或表压,默认大气压 1.01325 bar),结果以 °C 输出。",
      "baseUrl": "https://api.elysiatools.com/mcp/sse?toolId=condensing-temperature-calculator",
      "command": "",
      "args": [],
      "env": {},
      "isActive": true,
      "type": "sse"
    }
  }
}

列出可用工具

连接到 SSE 端点后,列出已开放的工具:

tools/list
{
  "jsonrpc": "2.0",
  "id": 1,
  "method": "tools/list"
}

调用此工具

通过工具 id 调用,参数由其参数表构建:

tools/call
{
  "jsonrpc": "2.0",
  "id": 2,
  "method": "tools/call",
  "params": {
    "name": "condensing-temperature-calculator",
    "arguments": {
  "refrigerant": "R410A",
  "mode": "fromApproach",
  "tAmbient": 35,
  "tMedium": 12,
  "condApproach": 12,
  "evapApproach": 8,
  "pCond": 0,
  "pEvap": 0,
  "tLiquid": 0,
  "subcooling": 0,
  "tSuction": 0,
  "superheat": 0,
  "tempUnit": "°C",
  "pressureForm": "gauge",
  "pressureUnit": "bar",
  "atm": 1.01325,
  "decimalPlaces": 4
}
  }
}
可用逗号分隔的 toolId 在一个会话中串联多个工具,例如 /mcp/sse?toolId=png-to-webp,jpg-to-webp,gif-to-webp(最多 20 个)。
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否
Condenser approach ΔT = T_cond − T_ambient (K or °C). Typical air-cooled 8–15 K, water-cooled 4–7 K.
evapApproachnumber否Evaporator approach ΔT = T_medium − T_evap (K or °C). Typical DX air 8–12 K, chilled water 4–7 K.
pCondnumber否Measured condensing (high-side) saturated pressure, in the selected Pressure Unit. Used in 'from saturated pressures' mode.
pEvapnumber否Measured evaporating (low-side) saturated pressure, in the selected Pressure Unit. Used in 'from saturated pressures' mode.
tLiquidnumber否Liquid-line temperature after the condenser, in the selected Temperature Unit. Used in 'subcooling & superheat' mode.
subcoolingnumber否Subcooling SC (K or °C) = T_cond_sat − T_liquid. Used in 'subcooling & superheat' mode.
tSuctionnumber否Suction-gas temperature at the compressor inlet, in the selected Temperature Unit. Used in 'subcooling & superheat' mode.
superheatnumber否Superheat SH (K or °C) = T_suction − T_evap_sat. Used in 'subcooling & superheat' mode.
tempUnitselect否—
pressureFormselect否—
pressureUnitselect否—
atmnumber否Local atmospheric pressure in bar (0.5–1.5, gauge↔absolute conversion). Default 1.01325 bar.
decimalPlacesnumber否—

响应格式

JSON 结果

JSON
{
  "key": {...},
  "metadata": {
    "key": "value"
  },
  "error": "Error message (optional)",
  "message": "Notification message (optional)"
}

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