Assembly. Front view. HiC2441. SL2 1b. Termination Board

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1 SMART Universal Barrier HiC Features Assembly channel isolated barrier V DC supply (bus powered) Analog input, digital input, analog output, digital output No configuration required, device is selfadapting transparency Low power dissipation 3way isolation Up to SIL acc. to IEC 608 in preparation Front view PWR LED green: Power supply Function HiC This isolated barrier is used for intrinsic safety applications. The device can transfer the following signals: as an analog input: 0/ ma... 0 ma as an analog output: 0/ ma... 0 ma as a digital input: signals from NAMUR sensors or dry contacts as a digital output: max. ma The device requires no configuration and adapts itself automatically to the function of the active input/output of the connected process control system. The device permits the bidirectional passthrough of the communication. The device is designed primarily for use with universal I/O cards (e. g. Honeywell Universal Process IO). This device mounts on a HiC Termination Board. ch Universal Barrier Place for labeling Connection Release date :8 Date of issue _eng.xml AI AO DI DO ma P I. kω 0 kω Zone 0,, + SL b a a b HiC SL 8a + 7a a, b V DC a, b + Termination Board V AI ma AO V DI V DO Zone Pepperl+Fuchs Group USA: Germany: Singapore:

2 HiC Release date :8 Date of issue _eng.xml General specifications type Universal Supply Connection SL: a(), b(); a(+), b(+) Rated voltage U n V DC via Termination Board Ripple 0 % Rated current I n 30 ma Power consumption 700 mw Analog input Transmitter supply voltage drop Ripple Analog output Load Ripple Line fault detection Digital input Open loop voltage Digital output Drive capability Open loop voltage Current limit SL: a(+), b() (wire SMART transmitter) SL: a(+), b() (wire SMART transmitter with current source) wire SMART transmitters, current sources 6 V at 0 ma (wire SMART transmitter) 0/... 0 ma, limited to approx. 0 ma (depends on control system), reverse polarity protected approx. V (current source) SL: 8a(+), 7a() V 0/... 0 ma, sink mode, working voltage V 0 mv rms SL: a(+), b() I/P converters (positioner), onsitedisplays 0/... 0 ma Ω 3 V at 0 ma 0 mv rms SL: 8a(+), 7a() V 0/... 0 ma > 00 kω at max. 30 V, with field wiring open SL: a(+), a() (NAMUR sensor) SL: a(+), b() (dry contact) NAMUR sensors according to IEC/EN 60976, dry contacts approx. 0 V DC, kω series resistance ma SL: 8a(+), 7a() V ma, sink mode SL: a(+), b() solenoid valves, acoustic or visual alarms V / 0 ma at 300 Ω load approx. V ma SL: 8a(+), 7a() signal: V DC 0signal: 0... V DC Current signal: 0... ma, depending on the output load 0signal: < 0. ma, independent of the output load Internal resistance R i 0 Ω Power dissipation. W at V, 300 Ω load (digital output) Transfer characteristics Deviation Influence of ambient temperature Switching frequency Frequency range Settling time Reaction time Electrical isolation at 0 C (68 F) ±0 µa incl. linearity, hysteresis and supply fluctuations at... 0 ma (analog input, analog output) ±60 µa incl. linearity, hysteresis and supply fluctuations at 0... ma (digital output) < µa/k ( C ( F)) < 3 µa/k ( C ( F)) 00 Hz with 0 % duty cycle (digital input, NAMUR sensor) Hz (digital input, dry contact) 0 Hz (digital output) : bandwidth by 0. V pp signal and/or ma pp signal Hz (analog input, analog output) 0 ms (analog input, analog output) ms (digital input, NAMUR sensor) ms, turnon/turnoff time (digital output) Pepperl+Fuchs Group USA: Germany: Singapore:

3 HiC Release date :8 Date of issue _eng.xml Control/power supply basic insulation according to IEC/EN 600, rated insulation voltage 60 V eff Directive conformity Electromagnetic compatibility Directive 0/30/EU EN 636:03 (industrial locations) Conformity Electromagnetic compatibility NE :0 Degree of protection IEC 609:00 Protection against electrical shock IEC 600:00 Input EN 60976:000 Ambient conditions Ambient temperature C ( F) Storage temperature C ( F) Relative humidity 9 % noncondensing Mechanical specifications Degree of protection IP0 Mass approx. 00 g Dimensions. x 8 x 06 mm (0. x. x. in) Mounting on Termination Board Coding pin and trimmed For further information see system description. Data for application in connection with Exareas ECType Examination Certificate TÜV ATEX 3 X Group, category, type of protection II ()G [Ex ia Ga] IIC, II ()D [Ex ia Da] IIIC, I (M) [Ex ia Ma] I Supply Maximum safe voltage U m 0 V (Attention! The rated voltage can be lower.) SL: a(+), b() U o. V Current I o 0 ma Power P o 693 mw SL: a(+), b() U i < 8 V Current I i < ma U o 7. V Current I o 0 ma Power P o 0 mw SL: a(+), a() U o.6 V Current I o 3 ma Power P o mw Statement of conformity TÜV ATEX 33 X Group, category, type of protection, II 3G Ex na II T Gc [device in zone ] temperature class Electrical isolation Input/Other circuits safe electrical isolation acc. to IEC/EN 60079, voltage peak value 37 V Directive conformity Directive 0/3/EU EN :0+A:03, EN 60079:0, EN 60079:00 International approvals IECEx approval IECEx TUN.000X Approved for [Ex ia Ga] IIC, [Ex ia Da] IIIC, [Ex ia Ma] I Ex na II T Gc General information Supplementary information ECType Examination Certificate, Statement of Conformity, Declaration of Conformity, Attestation of Conformity and instructions have to be observed where applicable. For information see Pepperl+Fuchs Group USA: Germany: Singapore:

4 HiC Application examples Analog input The control system must be parameterized to an active current input. Analog output The control system must be parameterized to a current output. P I Digital input The digital input of the control system must evaluate the level of a current signal. Digital output The digital output of the control system must be parameterized in a way that the digital output powers actively a valve. The current which is provided by the control system is transferred directly to the valve. Release date :8 Date of issue _eng.xml This section does not show all connection options. For further connection options see "Connection" section. Pepperl+Fuchs Group USA: Germany: Singapore:

5 HiC Characteristic Fallback characteristic for digital output U out (V) Ω, load I out (ma) Notes Application The device is designed as intrinsically safe interface for Universal Process IO (or Universal Safety IO) by Honeywell. Release date :8 Date of issue _eng.xml Pepperl+Fuchs Group USA: Germany: Singapore: