操作原理: D5000 modules are complete four-channel data acquisition systems. Each unit contains analog signal conditioning circuits optimized for a specific input type. The amplified sensor signals are converted to digital data with a microprocessor-controlled integrating A/D converter. Offset and gain errors in the analog circuitry are continuously monitored and corrected using microprocessor techniques. The D5000 converts the digital signal data into engineering units using look-up tables. The resultant data is stored in ASCII format in a memory buffer. The modules continuously convert data at the rate of 8 conversions per second and store the latest result in the buffer. The host computer may request data by sending simple ASCII commands to the module. DIGITAL FILTER The D5000 options include a unique programmable single pole digital filter. The filter is used to smooth analog data in noisy environments. Separate time constants may be specified for small and large signal changes. Typically a large time constant is specified for small signal changes to filter out noise and provide stable output readings. A smaller time constant may be chosen for large signal changes to provide fast response to such changes. COMMUNICATIONS The D5000 are designed to be easy to interface to all popular computers and terminals. All communications to and from the module are performed with printable ASCII The D5000 will instantly respond by communicating the ASCII buffer data back to the host. USER OPTIONS The D5000 offers a variety of userselectable options including choice of address baud rate parity echo etc. All options are selectable using simple commands over the communications port. All options are stored in a nonvolatile EEPROM which maintains data even after power is removed. COMMUNICATIONS The D5000 are designed to be easy to interface to all popular computers and terminals. All communications to and from the module are performed with printable ASCII characters. This allows the information to be processed with string functions common to most high-level languages such as BASIC. For computers that support standard ports such as RS-232C no special machine language software drivers are necessary for operation. RS-232C is not designed to be used as a multiparty system; however the module can be daisychained to allow many modules to be connected to a single communications port. In this network any characters transmitted by the host are received by each module in the chain and passed on to the next module until the information is echoed back to the host. If a module is correctly addressed and receives a valid command it transmits a response on the daisy chain network. The response will be rippled through any other modules in the chain until it reaches the host. RS-485 was developed for multidropped systems that can communicate at high data rates over long distances. For systems requiring many modules high speed or long distances RS-485 is recommended.
To Order (Specify Model Number)
RS-232C Output Model Number
RS-485 Output Model Number
Input
D5111
D5112
100 mV
D5121
D5122
1 V
D5131
D5132
5 V
D5141
D5142
10 V
D5151
D5152
100 V
D5251
D5252
4-20 mA
D5311
D5312
J (Iron-Constantan)
D5321
D5322
K (Chromel-Alumel)
D5331
D5332
T (Copper-Constantan)
D5341
D5342
E (Chromel-Constantan)
D5451
D5452
2252 Ohm Thermistor
產(chǎn)品型號 產(chǎn)品描述 Voltage Input Modules D5111 100 mV input RS-232C output D5112 100 mV input RS-485 output D5121 1 V input RS-232C output D5122 1 V input RS-485 output D5131 5 V input RS-232C output D5132 5 V input RS-485 output D5141 10 V input RS-232C output D5142 10 V input RS-485 output D5151 100 V input RS-232C output D5152 100 V input RS-485 output Current Input Modules D5251 4 to 20 mA input RS-232C output D5252 4 to 20 mA input RS-485 output Thermocouple Input Modules D5311 Type J thermocouple input RS-232C output D5312 Type J thermocouple input RS-485 output D5321 Type K thermocouple input RS-232C output D5322 Type K thermocouple input RS-485 output D5331 TypeT thermocouple input RS-232C output D5332 TypeT thermocouple input RS-485 output D5341 Type E thermocouple input RS-232C output D5342 Type E thermocouple input RS-485 output Thermistor Input Modules D5451 2252 ohm thermistor input RS-232C output D5452 2252 ohm thermistor input RS-485 output Accessories A1000 RS-232 to RS-485 Converter 115 Vac power A1000-230 RS-232 to RS-485 Converter 230 Vac power A2000 RS-232 to RS-485 Converter 10-30 Vdc power A1000-CABLE 5 ft. cable male to female
D5112接口模塊 美國omega
OMEGABUS系列四通道傳感器連接計算機接口模塊
D5000 Series
1年保修 CE OmegaCare
OMEGABUS系列四通道傳感器連接計算機接口模塊
D5000 Series:OMEGABUS系列四通道傳感器連接計算機接口模塊
d5111
四通道的模擬輸入
完整的傳感器,RS-485或RS-232C接口
ASCII格式的命令/響應協(xié)議
500 V RMS的模擬輸入隔離
15位的測量分辨率
連續(xù)自;沒有任何的調(diào)整
可編程的數(shù)字濾波器
10伏至30伏直流電需要非穩(wěn)壓電源
RS-485通信線的瞬態(tài)抑制
螺絲端子插頭連接器提供
四通道的傳感器到計算機模塊D5000)解決方案是完整的家庭設計的數(shù)據(jù)采集系統(tǒng)基于個人計算機和其他設備的處理器為基礎的具有標準串行I/O端口。該模塊的模擬輸入信號轉換為工程單位4和發(fā)送ASCII碼格式的主機中的任何與標準的RS - 485或RS - 232C端口。這些模塊可以測量溫度,電壓和電流。該模塊可直接連接到傳感器和執(zhí)行的全寬的品種;信號調(diào)理、轉換、線性化和工程單位。
該交換機模塊是包含在罐或盤。的功能,如地址、波特率、奇偶校驗、回聲等。可選擇的命令是使用簡單的通信port–without要求訪問的模塊。在非易失性存儲在EEPROM的選擇,即使在電源的維護數(shù)據(jù)的情況。
關鍵的是,模塊系列D5000是容易使用的。你不需要經(jīng)歷復雜的工程中數(shù)據(jù)采集硬件。D5000系列模塊與個人電腦,家庭人與CAN總線的數(shù)據(jù)采集系統(tǒng)的構建。這種模塊化的方法,數(shù)據(jù)采集是非常靈活的,易于使用的和成本有效的。該模塊可以混合和匹配到你的應用程序安裝。他們可以被放置在從遠程主機和從對方。你可以到一個字符串線30集在線模塊通過RS-485與repeaters。
所有的組件是提供與終端連接器和插頭的螺釘被安裝硬件。該連接器允許系統(tǒng)擴展,或沒有disturbing場reconfiguration修復線路。
操作原理:
D5000 modules are complete four-channel data acquisition systems. Each unit contains analog signal conditioning circuits optimized for a specific input type. The amplified sensor signals are converted to digital data with a microprocessor-controlled integrating A/D converter. Offset and gain errors in the analog circuitry are continuously monitored and corrected using microprocessor techniques. The D5000 converts the digital signal data into engineering units using look-up tables. The resultant data is stored in ASCII format in a memory buffer. The modules continuously convert data at the rate of 8 conversions per second and store the latest result in the buffer.
The host computer may request data by sending simple ASCII commands to the module.
DIGITAL FILTER
The D5000 options include a unique programmable single pole digital filter. The filter is used to smooth analog data in noisy environments. Separate time constants may be specified for small and large signal changes. Typically a large time constant is specified for small signal changes to filter out noise and provide stable output readings. A smaller time constant may be chosen for large signal changes to provide fast response to such changes.
COMMUNICATIONS
The D5000 are designed to be easy to interface to all popular computers and terminals. All communications to and from the module are performed with printable ASCII The D5000 will instantly respond by communicating the ASCII buffer data back to the host.
USER OPTIONS
The D5000 offers a variety of userselectable options including choice of address baud rate parity echo etc. All options are selectable using simple commands over the communications port. All options are stored in a nonvolatile EEPROM which maintains data even after power is removed.
COMMUNICATIONS The D5000 are designed to be easy to interface to all popular computers and terminals. All communications to and from the module are performed with printable ASCII characters. This allows the information to be processed with string functions common to most high-level languages such as BASIC. For computers that support standard ports such as RS-232C no special machine language software drivers are necessary for operation.
RS-232C is not designed to be used as a multiparty system; however the module can be daisychained to allow many modules to be connected to a single communications port. In this network any characters transmitted by the host are received by each module in the chain and passed on to the next module until the information is echoed back to the host. If a module is correctly addressed and receives a valid command it transmits a response on the daisy chain network. The response will be rippled through any other modules in the chain until it reaches the host. RS-485 was developed for multidropped systems that can communicate at high data rates over long distances. For systems requiring many modules high speed or long distances RS-485 is recommended.
Model Number
Model Number
產(chǎn)品型號 產(chǎn)品描述
Voltage Input Modules
D5111 100 mV input RS-232C output
D5112 100 mV input RS-485 output
D5121 1 V input RS-232C output
D5122 1 V input RS-485 output
D5131 5 V input RS-232C output
D5132 5 V input RS-485 output
D5141 10 V input RS-232C output
D5142 10 V input RS-485 output
D5151 100 V input RS-232C output
D5152 100 V input RS-485 output
Current Input Modules
D5251 4 to 20 mA input RS-232C output
D5252 4 to 20 mA input RS-485 output
Thermocouple Input Modules
D5311 Type J thermocouple input RS-232C output
D5312 Type J thermocouple input RS-485 output
D5321 Type K thermocouple input RS-232C output
D5322 Type K thermocouple input RS-485 output
D5331 TypeT thermocouple input RS-232C output
D5332 TypeT thermocouple input RS-485 output
D5341 Type E thermocouple input RS-232C output
D5342 Type E thermocouple input RS-485 output
Thermistor Input Modules
D5451 2252 ohm thermistor input RS-232C output
D5452 2252 ohm thermistor input RS-485 output
Accessories
A1000 RS-232 to RS-485 Converter 115 Vac power
A1000-230 RS-232 to RS-485 Converter 230 Vac power
A2000 RS-232 to RS-485 Converter 10-30 Vdc power
A1000-CABLE 5 ft. cable male to female
D5112接口模塊 美國omega
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