Download
Share
Print this page
Thytronic SIF5600 Manual
  1. Manuals
  2. Brands
  3. Thytronic Manuals
  4. Relays
  5. SIF5600
  6. Manual
Thytronic SIF5600 Manual

Thytronic SIF5600 Manual

Overcurrent and ground fault protection relay
Hide thumbs

Advertisement

Quick Links

Download this manual
certIFIeD
DK5600
SIF5600
OVERCURRENT AND GROUND FAULT
PROTECTION RELAY
CB
&
KEYLOCK
COMMAND
SIF5600 - Manual - 03 - 2008

Advertisement

loading
Need help?

Need help?

Do you have a question about the SIF5600 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Thytronic SIF5600

Summary of Contents for Thytronic SIF5600

  • Page 1 DK5600 SIF5600 OVERCURRENT AND GROUND FAULT PROTECTION RELAY & KEYLOCK COMMAND SIF5600 - Manual - 03 - 2008...
  • Page 2 Processing board ......................................14 4.2 SOFtWAre .........................................15 Kernel ..........................................15 Drivers ..........................................15 Application ........................................15 Base protocol (kernel) ....................................15 calibration (kernel) ......................................15 communication (drivers) ....................................16 MMI (drivers) .........................................16 Data Base (application/drivers) ..................................16 Self-test (application) ....................................16 Development tools ......................................16 SIF5600 - Manual - 03 - 2008...
  • Page 3 DeFAULt (Option)......................................44 File operation mode .......................................44 Drop down menus ......................................44 Procedure ........................................45 Upgrade ...........................................45 Preferenze ........................................45 File ............................................45 6.3 MMI (Man Machine Interface) ..................................46 reading variables (read) .....................................46 Setting modifying (Set) ....................................46 test ...........................................47 SIF5600 - Manual - 03 - 2008...
  • Page 4 50N/51N - extremely inverse time curve (Iec 60255-3/BS142 type c) ............62 8.2 APPeNDIX A2 ........................................63 cONNectION DIAGrAMS ......................................63 8.3 APPeNDIX A3 - SettING SHeet ...................................69 8.4 APPeNDIX A4 - MODBUS PrOtOcOL ................................71 SIF5600 - Manual - 03 - 2008...
  • Page 5 All SIF5600 devices must be installed, operated, serviced and and maintained only by qualified per- sonnel; thytronic can assume no responsibility for the consequences as a result of improper use, or failure to comply with the recommendations contained in this document.
  • Page 6 It is recommended that cabling of a suitable thickness be used in order to limit wear of the ct sec- ondary circuits. Environmental Conditions the SIF5600 relay must be used under the environmental conditions indicated in the technical speci- fications. For use under any other conditions, special arrangement must be made prior to commissioning (air conditioning systems, humidity control etc...).
  • Page 7 I N T R O D U C T I O N Preface the SIF5600 type digital protection relay provides protection for machinery and electricity lines against overloads, short-circuiting between phases and ground faults, including phase overcurrent and residual current functions.
  • Page 8 - connections to cts by means of detachable screw terminals (non short circuiting for the cts); - 2x16 character backlit LcD displays on versions SIF5600#3D and SIF5600#3F; - five indicator LeDs on the front of the casing, two of which are dedicated to indicating the cB...
  • Page 9 15 kV reference standards eN60255-22-3 Iec61000-4-3 Irradiation with rF field: - 80...1000 MHz AM 80% 10 V/m - 900 MHz Pulse modulated 10 V/m reference standards eN60255-22-4 Iec60255-22-4 Iec61000-4-4 Fast transient burst 4 kV SIF5600 - Manual - 03 - 2008...
  • Page 10 Other standards - electrical relays eN61810-1 (ex ceI 41-1) Iec 60255 - climatic and mechanical ceI 50 Iec 60068 - protection degree (IP code) eN60529, eN60529/A1 - ce conformity 89/336/eec - Low voltage 73/23/eec SIF5600 - Manual - 03 - 2008...
  • Page 11 - alternating current 40 W (l = 0,4) Make 1000 W/VA Mechanical life electrical life Minimum switching load 50 mW (5 V/2 mA)  Block output circuits Number circuit type optocoupler Note  The supply of the output blocking circuit is delivered by the input blocking circuit of the upstream protection relay. Note  Certified data until the gold-plating of the contacts is preserved, (not damaged by an electric arc produced by high current switching). SIF5600 - Manual - 03 - 2008...
  • Page 12 Note 3 IEC55-3 type A moderately inverse-time characteristic: t = 0.4 · t>dep / [(I/I>dep)0.0 - ] with .0 fw release and followings IEC55-3 type B very inverse-time characteristic: t = 3.5 · t> / [(I/I> ) - ] with .0 fw release and followings IEC55-3 type C extremely inverse-time characteristic: t = 80 · t> / [(I/I> - ] with .0 fw release and followings With previous 2.00 fw release (normalization at fourfold threshold), the “SIF5600-Manual-10-2006” reference document must be used t: operate time t> : operate time setting I> : threshold setting Asymptotic reference value: 1.1 I> Minimum operate time: 0.05 s, Range: . ≤ I/I>...
  • Page 13 > / [(I > ) - ] with .0 fw release and followings IEC55-3 type C extremely inverse-time characteristic: t = 80 · t > / [(I > - ] with .0 fw release and followings With previous 2.00 fw release (normalization at fourfold threshold), the “SIF5600-Manual-10-2006” reference document must be used t: operate time > : operate time setting > : threshold setting Asymptotic reference value: 1.1 I > Minimum operate time 0.05 s Range: . ≤ I...
  • Page 14 F U N C T I O N P R I N C I P L E HArDWAre the hardware structure shown below illustrates the important blocks making up the SIF5600 relay. the circuits are arranged on two printed circuit boards in accordance with the modular criterion for...
  • Page 15 SIF5600 relay uses a DSP processor operating at 40 MHz; it performs all the processing on the analogue signals and furthermore coordinates management of the input-output signals (relay com- mand, LeDs, display, keyboard management and serial communication). the input currents are sampled at a frequency of 32 samples per period by means of a dual conver- sion system which allows the attainment of information pertaining to polarity and amplitude with high resolution.
  • Page 16 - the logic state of each block input and output circuit: Blin1, Blout1-2 - the logic state of each binary input (circuit breaker status): Status 52 52b On 52a Off SIF5600 - Manual - 03 - 2008...
  • Page 17 (1...8) which identifies the latest event in chronologi- cal order. Using the Modbus command, it is possible to send synchronised data to the SIF5600 relay; all the relays connected to the rS485 network receive the synchronisation command simultaneously by means of an appropriate broadcast type message.
  • Page 18 - red 50-51 LeD, if on, indicating the tripping of the first or second maximum overcurrent protective device threshold assigned to at least one output relay; this LeD should be reset manually; SIF5600 - Manual - 03 - 2008...
  • Page 19 (thySetter). Communication interfaces the SIF5600 relay has an isolated rS485 serial communication interface in the terminal block, op- erating with the MODBUS rtU protocol, it may be used for remote communication with the field bus, and an isolated rS232 serial communication interface with 9 pin connector located on the front panel, also operating with the MODBUS rtU protocol, which may be used for locals communication (thySetter).
  • Page 20 BlocK LOGIC STATE DIAGRAM CONCERNING THE ACCELERATED LOGIC With the aim of increasing the reliability of the accelerated logic system, the SIF5600 protection relay additionally makes use of the periodic pilot wire continuity check function and the pilot wire short circuit and breaker failure backup functions.
  • Page 21 Blin1 is maintained in the blocked state only if the input itself is active (logic state 1). Disabling the backup timers tF and tB is necessary in systems where the SIF5600 relay must only be used for the indication and location of faults, without controlling the opening of any breakers.
  • Page 22 (default) settings assign the opening command to relay K2 and the closing command to relay K3 (Setting table reported in Appendix A4) and the local SIF5600 - Manual - 03 - 2008...
  • Page 23 SIF5600 - Manual - 03 - 2008...
  • Page 24 It is recommended that the container not be disposed of into the environment, but kept in case the relay should be moved at some later time. PrOJectING MOUNtING the SIF5600 relay is fixed onto the panel by means of screws, according to the drawings reported below. 17 18...
  • Page 25 I SECONDARI DEI TA PRIMA DI SCOLLEGARE IL CONNETTORE 50 - 51 50N - 51N CB OPEN CB CLOSED OPEN CB CLOSE CB DISPLAY MODE CB MODE RESET RS232 SIF5600#3F2 50-51-50N-51N 85...275Vac / 75...300Vdc Ø5 SIF5600 - Manual - 03 - 2008...
  • Page 26 BALANce ct  Open type current transformer Modello T110PA1B1 Prestazione 1 VA Classe 5P20 Rapporto 100/1 tYPe MASS (kg) t110PA1B1 SIF5600 - Manual - 03 - 2008...
  • Page 27  Closed type current transformer - 110 mm diameter Modello T110PC1B1 Prestazione 1 VA Classe 5P20 Rapporto 100/1 tYPe MASS (kg) t110Pc5B1 t110Pc1B1 SIF5600 - Manual - 03 - 2008...
  • Page 28  Closed type current transformer - 200 mm diameter Modello T200PC1B1 Prestazione 1 VA Classe 5P20 Rapporto 100/1 MASS (kg) tYPe t200Pc1B1 SIF5600 - Manual - 03 - 2008...
  • Page 29 SIF5600 protective relay. In the case of replacement of the relay, or testing of the current circuits it is absolutely indispensable to provide suitable back-up terminals for performing short- circuiting of the secondary.
  • Page 30 It is recommended to terminate the line at the extremities of the same; this must be performed on the rS485 line control unit and on the SIF5600 device placed at the furthest point connecting the specially provided resistor.
  • Page 31 - the auxiliary voltage in the panel is within the operational range of the SIF5600 relay, - the line ct rated current (1A or 5A) corresponds to that set (by the jumpers) on the SIF5600 relay, - all connection has been performed correctly.
  • Page 32 (escape) allows leaving the current changes and/or moving to the previous menu. 50 - 51 50N - 51N CB OPEN CB CLOSED MENU’ EXPLORER AND MODIFY DATA OPEN CB CLOSE CB DISPLAY MODE CB MODE ENTER RESET RESET/Escape RS232 tastiera2_en.ai SIF5600 - Manual - 03 - 2008...
  • Page 33 The breaker open and/or close commands must be executed by qualified personnel in compliance CAUTION with the safety requirements; failure to observe the safety rules may have dangerous consequences for the system and people. SIF5600 - Manual - 03 - 2008...
  • Page 34 It is necessary to make the connection by means of the Communication/Open command; the cor- responding screen is shown with the following menu option buttons: - Device allowing, by means of a drop-down menu, selection of the SIF5600 (version without display) or SIF5600MMI (version with display) devices - Protocol for setting the communication parameter commands in relation to the Personal computer (Port, baud rate, parity,..).
  • Page 35 0.000 A/In Actual rMS value of the L2 phase current 0.000 A/In Actual rMS value of the L3 phase current 0.0000 A/Ien Actual rMS value of the residual current Note: according to the selected reading mode, all the currents are displayed with reference to the CT’s nominal current (Relative viewing mode) or directly as primary ampère (Direct reading mode). In the SIF5600 two-phase versions, the IL current is not measured and a null value is shown regardless of the real value of the current flowing in the phase without the CT. SIF5600 - Manual - 03 - 2008...
  • Page 36 (Seconds) e1 Millisecond 61 (Milliseconds) event2 e2 reading ...... event3 e3 reading ...... event4 e4 reading ...... event5 e5 reading ...... event6 e6 reading ...... event7 e7 reading ...... event8 e8 reading ...... SIF5600 - Manual - 03 - 2008...
  • Page 37 Note: b y positioning the cursor on the value of the variable (Value field), and clicking it is possible to obtain additional information; for example in the case of values viewed in hexadecimal notation it is possible to analyze the message: Phases 0001 hex Note: by means of the command described, it is possible to view the phase or phases in which the current has exceeded the threshold (000 hex corresponds to phase L) Info the following information concerning the SIF5600 relay are available: Identification ID of the SIF5600 digital protection relay Serial number 1234 Serial number of the SIF5600 digital protection relay FW release Firmware version (this means 2.00)
  • Page 38 It is possible to view the status of the diagnostics with the details of the cause which has lead to the anomaly, by clicking the mouse while the cursor positioned over the corresponding field. Self-test latched 0000 hex Information are stored until activation of the reSet command. SIF5600 - Manual - 03 - 2008...
  • Page 39 (short-circuit function 50 trip), - trip Ie> (ground fault function 51N first threshold trip), - trip Ie>> (ground fault function 50N second threshold trip), - Open 52 (breaker open command), - close 52 (breaker close command), SIF5600 - Manual - 03 - 2008...
  • Page 40 K1, the aforementioned function remains assigned solely to relay K2. relays intended for the Self-test function may not be assigned to other functions unless they are set to Off and subsequently re-assigned. SIF5600 - Manual - 03 - 2008...
  • Page 41 Open 52 or close 52 commands located in the Command menu. 52 submenu example: 52 local Local commands (buttons) are enabled 52 remote remote commands are disabled 52 check Breaker status acquisition is enabled Note: by selecting 52 check Off, the LED indicators concerning to the breaker state are inactive. SIF5600 - Manual - 03 - 2008...
  • Page 42 Off (e.g.: Pulse Blin1 Off) Output pulses must be enabled on the SIF5600 digital protection relay installed downstream, in the case where it is intended to use the pilot wire control function; it is important that the control window settings are identical to the Blin1 Pulse settings on the SIF5600 relay located upstream.
  • Page 43 Note: the remote commands are only active when enabled (remote=On) in the 5 menu DATA/TIME SETTING (Time) Inside the time menu it is possible to read and/or set date and time related information. Time submenu example: read time Year Month Hour Minute Second Millisecond SIF5600 - Manual - 03 - 2008...
  • Page 44 Windows type folders. After having completed construction of the desired file, it is possible to download it over the SIF5600 relay by means of the “send settings” command which may be accessed from the Procedures menu, or by using the button represented by a downward-facing arrow located in the upper command bar.
  • Page 45 “Upgrade” command, which may be accessed from the drop-down menu from the upper com- mand bar, allows upgrading the SIF5600 relay Firmware. the procedure must only be performed in cases of effective need, in the face of exigencies com- municated by the manufacturer.
  • Page 46 MMI (Man Machine Interface) On the front panel of those versions of the SIF5600 relay equipped with displays, there are four but- tons which allow the user to perform all the settings, reading and modification operations. As men- tioned in the preceding paragraph, with the key switch in the “DISPLAY MODe position, the buttons...
  • Page 47 Store command. Escape In any operational state, the “esc” (escape) button allows abandoning the action currently under- way and subsequently, moving up one menu level with each use. SIF5600 - Manual - 03 - 2008...
  • Page 48 On 0.250 s Parity No ModBus Pulse Blin1 100 ms Stop bit 1 Pulse Blout Off Enable TX delay 3 ms Start TX delay 1 ms Set default PAR Option Set default REE SIF5600 - Manual - 03 - 2008...
  • Page 49 SIF5600 relay used as an ammeter) allows the checking of both the system parameters and the operation of the digital protection relay at any time. the SIF5600 relay may be configured to display current values with reference to the ct nominal current, or expressed directly in primary amperes (with the prior setting of the ct nominal current).
  • Page 50 IN) and block output (BLOcK OUt), are completely independent from one another and must be pro- grammed separately. Block functions may be programmed from within the SIF5600 relay 50-51 and 50N-51N function sub- menus. In the example reported below, the block function is enabled on the short-circuit function; it repre- sents the typical application of an accelerated logic system, where two or more protective devices, operating in cascade mode, are programmed with minimum times using the block on the I>>...
  • Page 51 In order to prevent malfunctioning, a block circuit activation timer tB is envisaged. At the end of the count of the set time tB, (initiated by the incoming block signal), the SIF5600 relay ignores the block signal, enabling intervention of the protection functions, causing the de-energisa- tion of any output relay intended for the Self-test function.
  • Page 52 SIF5600 relays have a diagnostic function which detects any pilot wire breakages so as to allow maintenance of the selectivity, even in the case of interruption of the pilot wire.
  • Page 53 - maximum residual overcurrent protective device, threshold 51N: 4 A, fault elimination time: 0.15 s to set the correct trip time adjustments on the SIF5600 relay, it is necessary to take account of the breaker opening and arc quenching time, which is typically assumed to be equal to 0.07 ms unless the manufacturer has indicated otherwise.
  • Page 54 250 A. Obviously the nominal secondary current of the current transformers must coincide with the nominal current set in the SIF5600 relay. the setting value is computed by dividing the threshold value by the cts nominal current: I>= 210 / (250) I...
  • Page 55  Selectivity diagram SIF5600 - Manual - 03 - 2008...
  • Page 56 Asymptotic reference value (minimum pickup value): 1.1 I> • Minimum operate time: 0.05 s • range where the equation is valid: 1.1 ≤ I /I> ≤ 20 Note  Symbols are concerning the overcurrent element. Note  For SIF5600 devices with previous .00 fw release (normalization at fourfold threshold), the K coefficient is: K = 0.08 for IEC-A curve (Normal inverse) K = 3 for IEC-B curve (Very inverse) K = 5 for IEC-C curve (Extremely inverse) The “SIF5600-Manual-10-2006” reference document must be used SIF5600 - Manual - 03 - 2008...
  • Page 57 7 8 9 10 Note: match of operating and setting time takes place when: I/I> = 4 for 2.00 fw release (SIF5600-Manual-10-2006” reference document) I/I> = 700 for 2.10 and following fw releases SIF5600 - Manual - 03 - 2008...
  • Page 58 7 8 9 10 Note: match of operating and setting time takes place when: I/I> = 4 for 2.00 fw release (SIF5600-Manual-10-2006” reference document) I/I> = 14.5 for 2.10 and following fw releases SIF5600 - Manual - 03 - 2008...
  • Page 59 7 8 9 10 Note: match of operating and setting time takes place when: I/I> = 4 for 2.00 fw release (SIF5600-Manual-10-2006” reference document) I/I> = 9 for 2.10 and following fw releases SIF5600 - Manual - 03 - 2008...
  • Page 60 7 8 9 10 Note: match of operating and setting time takes place when: > = 4 for 2.00 fw release (SIF5600-Manual-10-2006” reference document) > = 700 for 2.10 and following fw releases SIF5600 - Manual - 03 - 2008...
  • Page 61 7 8 9 10 Note: match of operating and setting time takes place when: > = 4 for 2.00 fw release (SIF5600-Manual-10-2006” reference document) > = 14.5 for 2.10 and following fw releases SIF5600 - Manual - 03 - 2008...
  • Page 62 7 8 9 10 Note: match of operating and setting time takes place when: > = 4 for 2.00 fw release (SIF5600-Manual-10-2006” reference document) > = 9 for 2.10 and following fw releases SIF5600 - Manual - 03 - 2008...
  • Page 63 They are given by way of example and hence should not be considered exhaustive in relation to real applications. In all connection diagrams, the output relays are shown with power supply Off. L1 L2 SIF5600 RS232 DIGIN1 DIGIN2 120R RS485 BLOUT1- BLIN1- BLOUT1+ BLIN1+ BLOUT2- BLOUT2+ connection diagram for input circuits (SIF5600 three phase version), with residual current from common return of ct’s. SIF5600 - Manual - 03 - 2008...
  • Page 64 L1 L2 SIF5600 RS232 DIGIN1 DIGIN2 120R RS485 BLOUT1- BLIN1- BLOUT1+ BLIN1+ BLOUT2- BLOUT2+ connection diagram for input circuits (SIF5600 three phase version), with residual current from from ring type core balance ct. SIF5600 - Manual - 03 - 2008...
  • Page 65 Note : as regards the two-phase SIF5600 types, the IL current is not measured (missing input) and a null value is returned on the display and ThySetter whatever the real IL value may be. L1 L2 SIF5600 RS232 DIGIN1 DIGIN2 120R RS485 BLOUT1- BLIN1-...
  • Page 66 120R RS485 BLOUT1- BLIN1- BLOUT1+ BLIN1+ BLOUT2- BLOUT2+ connection diagram for input circuits (SIF5600 three phase version) for plant with only two cts. residual current must be detected by means core balance ct. SIF5600 - Manual - 03 - 2008...
  • Page 67 TRIP I>, I>>, IE OPEN 52 CLOSE 52 OPEN COMMAND SELF TEST RS232 DIGIN1 120R DIGIN2 RS485 BLIN1- BLOUT1- BLOUT1+ BLIN1+ BLOUT2- BLOUT2+ Note: functions assignment of the output relays (default setting) shown a typical application for ENEL utility application (standard ENEL DK5600) example with connections from auxiliary contacts of the circuit breaker. SIF5600 - Manual - 03 - 2008...
  • Page 68 SIF5600 RS232 DIGIN1 DIGIN2 120R 120R BLIN1- BLOUT1- BLOUT1- SUPERVISION UNIT BLOUT1+ BLOUT1+ BLIN1+ RS485 BLOUT2- BLOUT2- 120R BLOUT2+ E4 BLOUT2+ example of connection to the supervision unit SIF5600 - Manual - 03 - 2008...
  • Page 69 I>> indep 1.00 ... 9.99 step = 0.01 10.0 ... 20.0 step = 0.1 30 ... 990 step = 10 t>> indep 1.00 ... 10.00 step = 0.01 blin I>> Off | On SIF5600 - Manual - 03 - 2008...
  • Page 70 9600 | 4800 | 2400 | 1200 Parity No | Even | Odd Stop bit 1 | 2 Enable TX delay 0 ... 50 step = 1 Start TX delay 0 ... 10 step = 1 SIF5600 - Manual - 03 - 2008...
  • Page 71 Multiple selection of some of N elements, with N(max) = 16. Each bit stands for one element: 0=off, 1=on. ModBus maps it into one register. - B32 Multiple selection of some of N elements, with N(max) = 32. SIF5600 - Manual - 03 - 2008...
  • Page 72 ‘request’ message from the master unit (personal computer or supervisor) toward the protection, with consequent, if everything is all right, response from slave; three cases are introduced: - response ok - response reports some error (see ‘exception response’) SIF5600 - Manual - 03 - 2008...
  • Page 73 Every INT, ENUM or B16 data, expressed by a register (2 bytes), is sent according to the following order (left to right): ... | | ..| | ... |--------|--------| byte n byte n+1 example: --> ENUM == 1122h (4386 dec) SIF5600 - Manual - 03 - 2008...
  • Page 74 3.8 Function 06: Preset single register WREG Body field framing: Request: This service can be used only for data structures WREG composed by one only register. Message framing: Request: VALUE |------|------|------|------| byte 1 byte 2 byte 3 byte 4 SIF5600 - Manual - 03 - 2008...
  • Page 75 - return Bus Communication Error Count Request: CODE = 12, DATA = 0 Response: INFO = counter - return Bus Exception Error Count Request: CODE = 13, DATA = 0 Response: INFO = counter SIF5600 - Manual - 03 - 2008...
  • Page 76 (nr. of 16 bit registers) within structure (from 1 to n) TYPE data type identifier related to NR: it may be INT, LONG, ENUM, B32 o B16. SIF5600 - Manual - 03 - 2008...
  • Page 77 |----|----|----|----|----|----|--------|----|--------|----|----|----| |ADR |DIM |NBYT|INT | LONG |ENUM| |B16 | |----|----|----|----|--------|----|--------|----| 0004 0007 0226 E6081DDA 0001 000A0000 0007 Response (values in hex format): |-----------------------------| |ADDR|FUNC| BODY |CRCH|CRCL| |----|----|----|----|----|----| |ADR |DIM | |----|----| 0004 0007 SIF5600 - Manual - 03 - 2008...
  • Page 78 7 reserved bit 8 HW fail bit 9 Coil fail bit 10 PW break Blin1 bit 11 reserved bit 12 PW shorted bit 13 CB fail B16 [ 3] Self-test latch SIF5600 - Manual - 03 - 2008...
  • Page 79 Start I>> Start IE> Start IE>> Trip I> Trip I>> Trip IE> Trip IE>> B16 [11] E1 Phases bit 0 bit 1 bit 2 ENUM[12] E1 Blin1r ENUM[13] E1 Blout1-2r INT [14] E1 Year SIF5600 - Manual - 03 - 2008...
  • Page 80 Direct LONG[ 2] E3 IL1r (see IL1) LONG[ 4] E3 IL2r (see IL2) LONG[ 6] E3 IL3r (see IL3) LONG[ 8] E3 IEr (see IE) ENUM[10] E3 Cause None Start I> Start I>> SIF5600 - Manual - 03 - 2008...
  • Page 81 1,12 step 1 INT [16] E4 Day 1,31 step 1 INT [17] E4 Hour 0,23 step 1 INT [18] E4 Minute 0,59 step 1 INT [19] E4 Second 0,59 step 1 INT [20] E4 Millisecond SIF5600 - Manual - 03 - 2008...
  • Page 82 ENUM[10] E6 Cause None Start I> Start I>> Start IE> Start IE>> Trip I> Trip I>> Trip IE> Trip IE>> B16 [11] E6 Phases bit 0 bit 1 bit 2 ENUM[12] E6 Blin1r SIF5600 - Manual - 03 - 2008...
  • Page 83 Synopsis : class RREG -> ADR=12 (NUM=13), DIM=20 RREG NUM=14 Description : Event 8 Framing: ENUM[ 1] E8 Reading Relative Direct LONG[ 2] E8 IL1r (see IL1) LONG[ 4] E8 IL2r (see IL2) SIF5600 - Manual - 03 - 2008...
  • Page 84 : class RREG -> ADR=17 (NUM=18), DIM=2 RREG NUM=19 Description : Blin1 state Framing: ENUM[ 1] Blin1 Dimension : 1 register Synopsis : class RREG -> ADR=18 (NUM=19), DIM=1 RREG NUM=20 Description : Blout1-Blout2 state Framing: ENUM[ 1] Blout1-2 SIF5600 - Manual - 03 - 2008...
  • Page 85 INT [ 1] Counter TR I>> 0,10000 step 1 Dimension : 1 register Synopsis : class RREG -> ADR=28 (NUM=29), DIM=1 RREG NUM=30 Description : Counter trip IE> Framing: INT [ 1] Counter TR IE> SIF5600 - Manual - 03 - 2008...
  • Page 86 INT [ 5] Set minute 0,59 step 1 INT [ 6] Set second 0,59 step 1 INT [ 7] Set millisecond 0,999 step 1 Dimension : 7 registers Synopsis : class WREG -> ADR=3 (NUM=4), DIM=7 SIF5600 - Manual - 03 - 2008...
  • Page 87 INT [ 1] IEnp value 1,99 step 1 100,990 step 10 1000,10000 step 100 default: 100 ENUM[ 2] IEnp unit default: 0 Dimension : 2 registers Synopsis : class WREG -> ADR=11 (NUM=12), DIM=2 SIF5600 - Manual - 03 - 2008...
  • Page 88 14 Self test 52 default: 0x00000000 ENUM[ 3] K2 mode DeEn-NoLatch DeEn-Latch En-NoLatch En-Latch default: 0 Dimension : 3 registers Synopsis : class WREG -> ADR=15 (NUM=16), DIM=3 WREG NUM=17 Description : K2 timer SIF5600 - Manual - 03 - 2008...
  • Page 89 14 Self test 52 default: 0x00000000 ENUM[ 3] K4 mode DeEn-NoLatch DeEn-Latch En-NoLatch En-Latch default: 0 Dimension : 3 registers Synopsis : class WREG -> ADR=19 (NUM=20), DIM=3 WREG NUM=21 Description : K4 timer Framing: SIF5600 - Manual - 03 - 2008...
  • Page 90 WREG NUM=28 Description : t>> indep Framing: INT [ 1] t>> indep (1=10 ms) 3,99 step 1 100,1000 step 1 default: 3 Dimension : 1 register Synopsis : class WREG -> ADR=27 (NUM=28), DIM=1 SIF5600 - Manual - 03 - 2008...
  • Page 91 : class WREG -> ADR=34 (NUM=35), DIM=1 WREG NUM=36 Description : Blin I>> enabling Framing: ENUM[ 1] Blin I>> default: 0 Dimension : 1 register Synopsis : class WREG -> ADR=35 (NUM=36), DIM=1 SIF5600 - Manual - 03 - 2008...
  • Page 92 ENUM[ 1] Pulse Blin1 30 s 10 s 100 ms 50 ms default: 0 Dimension : 1 register Synopsis : class WREG -> ADR=43 (NUM=44), DIM=1 WREG NUM=45 Description : Pulse Blout selection SIF5600 - Manual - 03 - 2008...
  • Page 93 Test IE>> trip WREG NUM=8 Command codes: Reset counters Reset events Reset led-relay WREG NUM=10 Command codes: Open 52 Close 52 Section 9 DEFAULTS This section collects factory default data. WREG NUM=1 Address SIF5600 - Manual - 03 - 2008...
  • Page 94 0.050 In (50) WREG NUM=35 tE>> indep 40 ms WREG NUM=36 Blin I>> WREG NUM=37 Blin IE>> WREG NUM=38 Blout I>> WREG NUM=39 Blout IE>> WREG NUM=40 tF enable WREG NUM=41 0.250 s (25) SIF5600 - Manual - 03 - 2008...
  • Page 95 WREG NUM=42 tB enable WREG NUM=43 0.300 s (30) WREG NUM=44 Pulse Blin1 WREG NUM=45 Pulse Blout WREG NUM=46 52 local WREG NUM=47 52 remote WREG NUM=48 52 check SIF5600 - Manual - 03 - 2008...
  • Page 96 Headquarters: 20139 Milano - Piazza Mistral, 7 - tel. +39 02 574 957 01 ra - Fax +39 02 574 037 63 Factory: 35127 Padova - Z.I. Sud - Via dell’Artigianato, 48 - tel. +39 049 894 770 1 ra - Fax +39 049 870 139 0 www.thytronic.it thytronic@thytronic.it...