FBM232 P0926GW工控機(jī)器人備件
功能模擬輸入模塊
接受來(lái)自變送器和傳感裝置的高電平電流或電壓輸入。顯著特點(diǎn)?廣泛的自我診斷?可選冗余?開(kāi)路檢測(cè)?提供非易燃現(xiàn)場(chǎng)電源?非易燃電源?支持HART，用于快速收集控制變量的多變量?jī)x表和多個(gè)調(diào)制解調(diào)器?快速環(huán)路掃描?通過(guò)開(kāi)路檢測(cè)診斷進(jìn)行PV保護(hù)?開(kāi)路不良PV檢測(cè)詳細(xì)規(guī)范–模擬輸入HART參數(shù)規(guī)范輸入/輸出型號(hào)CC-PAIH02–高電平模擬輸入HARTIOTA型號(hào)非冗余冗余CC-TAIX01 CC-TAIX11CC-GAIX21 CC-GAIX11 CC-TAID01 CC-TAID11輸入類(lèi)型電壓、電流（2線(xiàn)或自供電變送器）輸入通道1 16通道（12單端/4差分）共模抑制比，直流至60 Hz（500? 電源不平衡）70 dB共模電壓，直流至60 Hz-6至+5 V峰值A(chǔ)/D轉(zhuǎn)換器分辨率16位輸入范圍1 0至5 V，1至5 V、0.4至2 V、4-20 mA（通過(guò)250Ω）正常模式抑制比，在60 Hz 19 dB Experion Series-C輸入/輸出規(guī)范下，EP03-490-520 9版本1.5霍尼韋爾專(zhuān)有Dec 2021參數(shù)規(guī)范正常模式濾波器響應(yīng)單極RC，-3 dB@6.5 Hz最大正常模式輸入（差分輸入，無(wú)損壞）±30 V串?dāng)_，dc至60 Hz（通道至通道）-60 dB輸入阻抗（電壓輸入）>10 MΩ供電輸入掃描速率50 ms硬件精度（CMV=0 V）±滿(mǎn)標(biāo)度的0.075%（23.5°±2°C）±滿(mǎn)刻度的0.15%（0至60°C）變送器現(xiàn)場(chǎng)功率調(diào)節(jié)1類(lèi)2類(lèi)非易燃接口的單獨(dú)保護(hù)限流電路。
無(wú)需熔斷注
1:CC-PAIH01支持通道13-16的電壓輸入。當(dāng)與CC-TAIDx1 IOTA一起使用時(shí)，CC-PAIH 02支持通道1-16的電壓輸入。每個(gè)通道的250歐姆負(fù)載電阻器通過(guò)IOTA上的跳線(xiàn)連接到輸入端子。用戶(hù)應(yīng)在與電壓變送器一起使用的通道上切斷該跳線(xiàn)。對(duì)于通道13-16，低壓側(cè)輸入連接通常通過(guò)IOTA上的跳線(xiàn)連接到系統(tǒng)公共端。該跳線(xiàn)可由用戶(hù)切斷，以便在CMV規(guī)格范圍內(nèi)進(jìn)行差動(dòng)操作。Experion Series-C輸入/輸出規(guī)范，EP03-490-520 10版本1.5霍尼韋爾專(zhuān)有2021 12月5.2。模擬輸入具有HART–CC-PAIH51功能模擬輸入模塊接受來(lái)自變送器和傳感設(shè)備的高電平電流輸入。顯著特點(diǎn)?廣泛的自我診斷?可選冗余?提供非易燃現(xiàn)場(chǎng)電源（無(wú)外部用戶(hù)供電）?適用于HART設(shè)備的配置/狀態(tài)?支持HART，用于快速收集控制變量的多變量?jī)x表?快速回路掃描?非易燃電源詳細(xì)規(guī)范–帶HART參數(shù)規(guī)范輸入/輸出型號(hào)CC-PAIH51的模擬輸入-帶HART IOTA型號(hào)CC-TAIX51的高電平模擬輸入非冗余6“CC-TAIX61冗余12”輸入型電流（2線(xiàn)或自供電變送器）輸入通道1 16通道（所有單端）。共模抑制比，直流至60 Hz（500? 電源不平衡）70 dB共模電壓，直流至60 Hz-6至+5 V峰值A(chǔ)/D轉(zhuǎn)換器分辨率16位輸入范圍1 4-20 mA（至200Ω）正常模式抑制比，在60 Hz時(shí)19 dB正常模式濾波器響應(yīng)單極RC，在6.5 Hz時(shí)-3 dB最大正常模式輸入±30 V串?dāng)_，dc至60 Hz（通道至通道）-60 dB輸入掃描速率50 ms硬件精度（@CMV=0 V）±滿(mǎn)標(biāo)度的0.075%（23.5°±2°C）±滿(mǎn)刻度的0.15%（0至60°C）變送器現(xiàn)場(chǎng)功率調(diào)節(jié)1類(lèi)2類(lèi)非易燃接口的單獨(dú)保護(hù)限流電路。
Functional analog input module
Accepts high-level current or voltage inputs from transmitters and sensing devices. Notable features ? Extensive self diagnosis ? Optional redundancy ? Open circuit detection ? Non incendive on-site power supply ? Non incendive power supply ? HART support, Multivariable instrument and multiple modems for fast collection of control variables ? Fast loop scanning ? PV protection through open circuit detection diagnosis ? Detailed specification for poor open circuit PV detection – Analog input HART parameter specification Input/output model CC-PAIH02 – High level analog input HART model Non redundant redundancy CC-TAIX01 CC-TAIX11CC-GAIX21 CC-GAIX11 CC-TAID01 CC-TAID11 Input type Voltage Current (2-wire or self powered transmitter) Input channel 1 16 channel (12 single ended/4 differential) common mode rejection ratio, DC to 60 Hz (500 Ω power imbalance) 70 dB common mode voltage, DC to 60 Hz - 6 to+5 V peak A/D converter resolution 16 bit input range 10 to 5 V, 1 to 5 V, 0.4 to 2 V, 4-20 mA (through 250 Ω) normal mode rejection ratio, at 60 Hz 19 dB Experience Series - C input/output specifications, EP03-490-520 9 Version 1.5 Honeywell proprietary Dec 2021 parameter specification Normal mode filter response unipolar RC, - 3 dB@6.5 Hz maximum normal mode input (differential input, no damage) ± 30 V crosstalk, dc to 60 Hz (channel to channel) - 60 dB input impedance (voltage input)>10 M Ω power supply Input scanning rate 50 ms Hardware accuracy (CMV=0 V) ± 0.075% of full scale (23.5 °± 2 ° C) ± 0.15% of full scale (0 to 60 ° C) Separate protection current limiting circuit for Class 1 and Class 2 non flammable interfaces of transmitter field power regulation.
No fuse is required
1: CC-PAIH01 supports voltage input of channels 13-16. When used with CC-TAIDx1 IOTA, CC-PAIH 02 supports the voltage input of channels 1-16. The 250 ohm load resistor for each channel is connected to the input terminals via jumpers on the IOTA. The user should disconnect this jumper on the channel used with the voltage transmitter. For channels 13-16, the low-voltage side input connection is usually connected to the system common through the jumper on the IOTA. This jumper can be cut by the user for differential operation within the CMV specification. Experion Series-C input/output specification, EP03-490-520 10 version 1.5 Honeywell proprietary December 5.2, 2021. Analog input with HART – CC-PAIH51 function Analog input module accepts high-level current input from transmitter and sensing equipment. Highlights ? Extensive self diagnosis ? Optional redundancy ? Non incendive field power supply (no external user power supply) ? Configuration/status for HART devices ? HART support, Multivariable instrument for fast collection of control variables ? Fast loop scanning ? Detailed specification of non incendive power supply – Analog input with HART parameter specification input/output model CC-PAIH51 - High level analog input with HART IOTA model CC-TAIX51 Non redundant 6 "CC-TAIX61 redundant 12" input type current (2-wire or self powered transmitter) Input channel 1 16 channels (all single ends). Common mode rejection ratio, 70 dB common mode voltage from DC to 60 Hz (500 ? power supply imbalance), 16 bit input range of DC to 60 Hz-6 to+5 V peak A/D converter resolution, 1 4-20 mA (to 200 Ω) normal mode rejection ratio, 19 dB normal mode filter response unipolar RC at 60 Hz, - 3 dB maximum normal mode input ± 30 V crosstalk at 6.5 Hz, Dc to 60 Hz (channel to channel) - 60 dB input scan rate 50 ms Hardware accuracy (@ CMV=0 V) ± 0.075% of full scale (23.5 ° ± 2 ° C) ± 0.15% of full scale (0 to 60 ° C) Transmitter field power regulation Class 1 Class 2 non flammable interface separate protection current limiting circuit.
