Pepperl fuchs HiC2025 SMART Transmitter Power Supply With Good Price In Stock
Pepperl + Fuchs HiC2025 1-channel isolated barrier for AAI143 AAI141 AAI841 AAI135 AAI835 AAB841 SAI143 SAV144 is used for intrinsic safety applications
Brand: Pepperl + Fuchs
Place of origin: Singapore / Germany
1. General Introduction
Pepperl + Fuchs HiC2025 1-channel isolated barrier for AAI143 AAI141 AAI841 AAI135 AAI835 AAB841 SAI143 SAV144 is used for intrinsic safety applications. It transfers digital signals (NAMUR sensors/mechanical contacts) from a hazardous area to a safe area. The device supplies 2-wire transmitters in the hazardous area, and can also be used with current sources. It transfers the analog input signal to the safe area as an isolated current value. Bi-directional communication is supported for SMART transmitters that use current modulation to transmit data and voltage modulation to receive data. The output is selected as a current source, current sink, or voltage source via DIP switches. This device mounts on a HiC Termination Board.
2. Features
• 1-channel isolated barrier
• 24 V DC supply (bus powered)
• Input for 2-wire SMART transmitters
and current sources
• Output for 4 mA ... 20 mA or 1 V ... 5 V
• Low power dissipation
• Conformal coating
• Up to SIL2 acc. to IEC 61508
3. General Specification for HiC2025
Technical data | HiC2025 |
Supply | |
Rated voltage | 19 ... 30 V DC via Termination Board |
Power loss | ≤ 800 mW |
Power consumption | ≤ 1.1 W |
Input | |
Input signal | 4 ... 20 mA limited to approx. 30 mA |
Voltage drop | approx. 5 V on SL2: 5a(+), 1b(-) |
Available voltage | ≥ 15 V at 20 mA on SL2: 5a(+), 5b(-) |
Output | |
Load | 0 ... 300 Ω (source mode) |
Output signal | 4 ... 20 mA or 1 ... 5 V (on 250 Ω , 0.1 % internal shunt) 4 ... 20 mA (sink mode), operating voltage 15 ... 26 V |
Ripple | 20 mV rms |
Transfer characteristics | |
Deviation | at 20 °C (68 °F) ≤ ± 0.1 % incl. non-linearity and hysteresis (source mode 4 ... 20 mA) ≤ ± 0.2 % incl. non-linearity and hysteresis (sink mode 4 ... 20 mA) ≤ ± 0.2 % incl. non-linearity and hysteresis (source mode 1 ... 5 V) |
Frequency range | field side into the control side: bandwidth with 0.5 Vpp signal 0 ... 3 kHz (-3 dB) control side into the field side: bandwidth with 0.5 Vpp signal 0 ... 3 kHz (-3 dB) |
Rise time/fall time | ≤ 20 ms |
Ambient conditions | |
Ambient temperature | 20 ... 60 °C (-4 ... 140 °F) |
Mechanical specifications | |
Protection degree | IP20 |
Mass | approx. 100 g |
Dimensions | 12.5 x 128 x 106 mm (0.5 x 5.1 x 4.2 in) |
Data for application in connection with Ex-areas | |
EC-Type Examination Certificate | CESI 06 ATEX 017 |
Statement of conformity | Pepperl+Fuchs |
FM approval | |
Control drawing | 16-534FM-12 (cFMus) |
IECEx approval | IECEx BAS 06.0026X |
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
| HID2025 | HID2038 | HiC2842 |
| HID2026 | HID2024 | HiC2851 |
| HID2061 | HID2096 | HiC2853 |
| HID2062 | HID2025SK | HiC2853R1 |
| HID2071 | HID2026SK | HiC2853R2 |
| HID2072 | HIC2095 | HiC2831R3 |
| HID2033 | HIC2065 | HiC2832 |
| HID2034 | HIC2027 | HiC2832R2 |
| HID2031 | HIC2068 | HiC2832R3 |
| HID2032 | HIC2077 | HiD2822 |
| HID2037 | HIC2000 | HiC2025Y1 |
| HID2029 | HIC2025ES | HiC2000 Blank |
| HID2030 | HIC2031HC | HiD2000 Blank |
| HID2029SK | HIC2025HC | HiC2877 |
| HID2030SK | HID2025ES | HiD2876 |
| HID2035 | HIC2027DE | HiC2871 |
| HID2036 | HID2081 | HiC2873 |
| HID2000 | HID2082 | HiC2873Y1 |
| HID2038Y | H-CJC-SP-8 | HiC5861 |
| HID2012 | H-CJC-SC-8 | HiC5861Y1 |
| HiC2441 | HIC2077-Y1 | HiC5863 |
| HiC2821 | HIC2441 | HiC5863Y1 |
| HiC2822 | H-CJC-PT100 | HiC2025A |
| HiD2824 | HIC2025 | HiD2022 |
| HiD2844 | HIC2031 | HiD2022SK |
| HiC2831 | HIC2081 | HiC2027ES |
| HiC2831R1 | HiD2842 | HiC2832R1 |
| HiC2831R2 | HiC2871A | HiC2841 |
| HiD2872 | HiC2883 |
Windy Wang
HONGKONG XIEYUAN TECH CO., LIMITED
Add: 7-A16,Caishen Commercial Plaza,Hankou Railway Station,Wuhan,China
Tel: +86-27-8588 3233 | Fax:+86-27-8530 9780 | Mobile/Whatsapp :+86 15972199006 | Skype: windy@hkxytech.com
Mail: windy@hkxytech.com
Website: http://www.hkxytech.com/ | GMT/UTC +8
