1. General Introduction
Pepperl + Fuchs HiCTB32-YC3-RRB-AK-CC-DX32-Y1 is 32 channel Termination Board for ADV551 which recommended to work with single channel barrier HiC2871, as well as the connector pin assignment exactly fit the requirement of Yokogawa systems Information about missing supply voltage of the interface modules is available for the system as potential-free contact. Wiring errors from field will be reported via the same relay contact if the interface module supports this function. The Termination Boards are supplied with a robust glass fiber reinforced plastic housing as standard. This design permits the fast and reliable installation on 35 mm DIN mounting rail acc. to EN 60715 in the cabinet.
2. Features
• System Board for Yokogawa CENTUM VP
• For 32-channel DO card ADV551
• For 32 modules
• Recommended module: HiC2871 (DO)
• 24 V DC supply
• Hazardous area: spring terminals, blue
• Safe area: Yokogawa system connector, 50-pin
3. General Specification for HiCTB32-YC3-RRB-AK-CC-DX32-Y1
Technical data | HiCTB32-YC3-RRB-AK-CC-DX32-Y1 |
Supply | |
Rated voltage | 24 V DC, in consideration of rated voltage of used isolated barriers |
Voltage drop | 0.9 V, voltage drop across the series diode on the Termination Board must be considered |
Ripple | ≤ 10 % |
Fusing | 4 A, in each case for 32 modules |
Power loss | ≤ 500 mW, without modules |
Reverse polarity protection | yes |
Electrical specifications | |
Potential-free fault indication output | max. 30 V AC/40 V DC, 2 A |
Redundancy | |
Supply | Redundancy available. The supply for the modules is decoupled, monitored and fused. |
Indicators/settings | |
Display elements | LEDs PWR ON (Termination Board power supply) - LED power supply I, green LED - LED power supply II, green LED LED Fault (fault indication), red LED - LED lits: module failure - LED flashes: power supply failure |
Directive conformity | |
Electromagnetic compatibility | |
Directive 2004/108/EC | EN 61326-1:2006 |
Conformity | |
Electromagnetic compatibility | NE 21:2011. For further information see system description |
Protection degree | IEC 60529:2001 |
Ambient conditions | |
Ambient temperature | -20 ... 60 °C (-4 ... 140 °F) |
Storage temperature | -40 ... 70 °C (-40 ... 158 °F) |
Mechanical specifications | |
Protection degree | IP20 |
Connection | hazardous area connection (field side): spring terminals, blue safe area connection (control side): Yokogawa system connector, 50-pin |
Core cross-section | spring terminals: rigid: 0.2 ... 2.5 mm2 flexible: 0.25 ... 1.5 mm2 |
Material | housing: polycarbonate, 30 % fiberglass reinforced |
Mass | approx. 1200 g |
Dimensions | 480 x 175 x 153 mm (18.9 x 6.9 x 6.02 in) |
Mounting | on 35 mm DIN mounting rail acc. to EN 60715:2001 |
Data for application in connection with Ex-areas | |
EC-Type Examination Certificate | CESI 06 ATEX 022 |
Safe area | |
Maximum safe voltage | 250 V (Attention! Um is no rated voltage.) |
Electrical isolation | |
Field circuit/control circuit | safe electrical isolation acc. to IEC/EN 60079-11, voltage peak value 375 V |
Directive conformity | |
Directive 94/9/EC | EN 60079-0:2012, EN 60079-11:2012, EN 60079-26:2007, EN 50303:2000 |
IECEx approval | IECEx CES 06.0003 |
Approved for | [Ex ia Ga] IIC [Ex ia Da] IIIC [Ex ia Ma] I |
Accessories | |
Designation | optional accessories: Label Carrier HiALC-Hi*TB-SET-1** |
4. Selection tables
Termination Board & Barrier Module Selection table for Yokogawa CENTUM VP DCS system | ||||||
Yokogawa | Pepperl+Fuchs Termination Board | Pepperl+Fuchs Barrier Module | ||||
CENTUM VP | Channel | Class | Number of module | Type | Channel | Type |
Selection of Digital Input signals | ||||||
ADV151 | 32 | IS | 32 | HiCTB32-YC3-RRB-AK-CC-DX32 | 1 | HiC2821 |
ADV151 | 32 | IS | 36 | HiCTB16-YC3-RRB-AK-CC-DX32 | 2 | HiC2822 |
ADV151 | 32+ | IS | 40 | HiCTB08-YC3-RRB-AK-CC-DX32 | 4 | HiC2824 |
Selection of Digital Output signals | ||||||
ADV551 | 32 | IS | 32 | HiCTB32-YC3-RRB-AK-CC-DX32-Y1 | 1 | HiC2871 |
ADV551 | 32 | IS | 16 | HiCTB16-YC3-RRB-AK-CC-DX32 | 2 | HiD2872 HiD2876 |
Selection of Analog Input signals | ||||||
AAl143 | 16 | IS | 16 | HiCTB16-YC3-RRB-KS-CC-Al16 | 1 | HiC2025 |
AAl143 | 16 | IS | 8 | HiDTB08-YC3-RRB-KS-CC- Al16 | 2 | HiD2026 HiD2030 HiD2082 |
AAl143 | 16 | IS | 16 | HiCTB08-YC3-RRB-AK-CC- Al16 | 1 | HiD2081 |
AAl141 | 16 | IS | 16 | HiCTB16-YC3-RRB-KS-CC- Al16-Y1 | 1 | HiC2025 |
AAl141 | 16 | IS | 16 | HiCTB16-YC3-RRB-KS-CC- Al16-Y2 | 1 | HiC2025 |
AAl141 | 16 | IS | 8 | HiDTB08-YC3-RRB-KS-CC- Al16-Y1 | 2 | HiD2026 HiD2030 |
Selection of Analog Output signals | ||||||
AA1543 | 16 | IS | 16 | HiCTB16-YC3-RRB-KS-CC-AO16 | 1 | HiC2031 |
AA1543 | 16 | IS | 8 | HiCTB16-YC3-RRB-KS-CC-AO16 | 2 | Hid2038Y |
Selection of Analog Input and Output signals | ||||||
AAI841 | 16 | IS | 16 | HiCTB16-YC3-RRB-KS-CC-AM16 | 1 | HiC2025 HiC2031 |
AAI841 | 16 | IS | 8 | HiDTB08-YC3-RRB-KS-CC-AM16-Y1 | 2 | HiD2026 HiD2030 HiD2032 |
AAI135 AAI835 | 8 | IS | 8 | HiCTB08-YC3-RRB-KS-CC-AM08 | 1 | HiC2025 HiC2031 |
AAI841 | 16 | IS | 16 | HiCTB16-YC3-RRB-KS-CC-AM16-Y1 | 1 | HiC2025 HiC2031 |
AAI841 | 16 | IS | 8 | HiDTB08-YC3-RRB-KS-CC-AM16 | 2 | HiD2026 HiD2038Y |
5. Diagrams
