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Fanox Low & Medium Voltage Electrical Protections and Controls, 1400 NW 107 Avenue Suite 203, Sweetwater, FL (2026)

12/24/2023

Merry Christmas 🎄 Feliz Navidad 🎄Feliz Natal

11/12/2023

Fanox Medium Voltage Protection Relays

Primary Distribution
Generator Protection (SIL-G, SIL-C)
Feeder Protection (SIL-S)
Voltage and Frequency Protection (SIU-C)
Feeder & Generator Protection (SIL-G, SIL-C, SIL-S)
Recloser Control (SIR-A, SIR-C)
Test System (FTS)

Secondary Distribution
Feeder Protection (SIL-A)
Recloser Control & Feeder Protection (SIR-C)
Feeder & Generator Protection (SIL-C, SIL-S)
Self-Powered RMU's Protection | MRMU's Protection (SIA-B, SIA-C, CT's)
SF6 & Metalclad Switchgear Protection (SIA-F)

11/12/2023

Fanox SIR-C Overhead Control / Feeder Protection Relay
The SIR-C is the right solution for recloser control and feeder protection relay with current, voltage, and frequency functions for primary and secondary distribution with an auxiliary power supply of 24-230 Vdc/ac.
With the ability to measure voltage through capacitive or resistive sensors (LEAs) it has 4 current channels and up to 6 voltage channels.

The SIR-C provides complete protection for industrial and utility feeder protection, with flexible protection capabilities, including Inverse Time Directional* Phase Overcurrent, Instantaneous calculated and measured neutral overcurrent, Inverse Time Directional* Calculated and Measured Neutral Overcurrent, auto reclosing, Phase Balance voltage protection (Bus bar and Line), frequency, second-and Second Harmonic Blocking, optional low-energy analog (LEA) voltage inputs, IEC cable/line thermal element, islanding detection, and much more.

Relay is provided with a frontal micro USB port to communicate with our own Software and rear serial or ethernet ports RS485/RJ45 enabling communication with other integrated systems through, IEC 60870 – 5 – 103/104, Modbus, DNP3.

The oscillography is downloaded by a communications port. The Fanox SICom communications program allows the oscillography record to be downloaded and saved in COMTRADE format (IEEE C37.111-1991).

- The SIR-C is a recloser control and feeder protection relay with current, voltage, and frequency functions for primary and secondary distribution with an auxiliary power supply of 24-230 Vdc/ac.
- 4 current channels and 6 voltage channels for capacitive and resistive low-power voltage sensors (LEA).
- Metallic box with high electromagnetic compatibility level (EMC) and wide operating temperature range.
- Protection of decoupling, load shedding, and loss of main (islanding). Loss of Main (islanding) occurs when part of the public utility network loses connection with the rest of the system. If this situation is not detected, the generator could remain connected, causing a safety hazard within the network. Automatic reconnection of the generator to the network may occur, causing damage to the generator and the network. SIR-C relay detects this situation thanks to its voltage and frequency functions focused on the Rate of change of frequency (ROCOF) method.
- Signaling/control of the circuit breaker (52 function) and the recloser (79 function).
- If a CB is manually closed, a switch on to an existing fault may occur. This fault condition is critical if the overcurrent protection function does not clear the fault until the adjusted time delay is finished. It is necessary, in those cases, to clear the fault quickly by means of the SOTF function.
- To allow the communication, relays are provided with a local micro-USB front port and with remote communication with different options (ports and protocols) on the rear side:
> Rear RS485 Port: IEC60870-5-103, Modbus RTU or DNP3.0 Serial (selectable by general settings).
> Rear RJ45 Port: Modbus TCP/IP, DNP3.0 TCP/IP or IEC60870- 5-104 (selectable by general settings) + SNTP Protocol + Web Server.
- Synchronization through IRIG-B optional depending on the model.
- The SIR-C is provided with (depending on the model):
> 8 configurable inputs and 7 configurable outputs.
> 11 configurable inputs and 5 configurable outputs.
- The SIR-C is fitted with the demand of power (Load Data Profiling) with the following characteristics:
> Number of records: 2160.
> Recording mode circular.
> Sampling rate (interval): configurable through communications (1- 60 min).
- Alarms panel is available.
- The SIR-C is provided with non-volatile RAM memory in order to store up to 3072 events and disturbance fault recording (DFR), maintaining date & time thanks to its internal RTC (Real Time Clock).
> 5 records in data and COMTRADE format (300 cycles each record): 1 to 8 pre-fault cycles + 292 to 299 post-fault cycles.
> 25 records in data and COMTRADE format (60 cycles each record): 1 to 8 pre-fault cycles + 52 to 59 post-fault cycles.
> 50 records in data and COMTRADE format (30 cycles each record): 1 to 8 pre-fault cycles + 22 to 29 post-fault cycles.
> 100 records in data and COMTRADE format (15 cycles each record): 1 to 8 pre-fault cycles + 7 to 14 post-fault cycles.
- Each oscillographic record contains 10 analogue channels and up to 96 configurable digital channels. The oscillography is downloaded by a communications port. The SICom communications program allows the oscillography record to be downloaded and saved in COMTRADE format (IEEE C37.111-1991).

Protection Functions
50 INSTANTANEOUS PHASE OVERCURRENT
67/51 Inverse Time Directional* Phase Overcurrent
50N Instantaneous calculated neutral overcurrent
50G Instantaneous measured neutral overcurrent
67N/51N Inverse Time Directional* Calculated Neutral Overcurrent
67G/51G Inverse Time Directional* Measured Neutral Overcurrent
67NI Directional isolated calculated neutral overcurrent
67GI Directional isolated measured neutral overcurrent
SOTF Switch On To Fault
46 Phase balance current protection
46BC Broken Conductor Detection
64REF Restricted earth fault
49 Thermal overload
49T External Trip
37 Instantaneous phase undercurrent
SHB Second Harmonic Blocking
59 Instantaneous phase overvoltage (Bus bar)
59N Instantaneous Calculated neutral overvoltage (Bus bar)
59-L Instantaneous Line overvoltage (Line)
59N-L Instantaneous Calculated neutral overvoltage (Line)
47 Phase Balance voltage protection (Bus bar)
47-L Phase Balance voltage protection (Line)
27 Instantaneous Phase Undervoltage (Bus bar)
27-L Instantaneous phase Undervoltage (Line)
27V1 Instantaneous Positive sequence Undervoltage (Bus bar)
27V1-L Instantaneous Positive sequence Undervoltage (Line)
32 Directional Overpower
81O/U Under/Overfrequency
81R Rate of change of Frequency (ROCOF)
78 Out of Step (Vector Shift)
CLP Cold Load pickup
79 AC Reclosing device
SCM Sequence Coordination Mode
SZM Sectionalizer Mode
HLT Hot Line Tag
52 Breaker wear monitoring
25 Synchro Check
50BF Circuit Breaker Failure
74TCS Trip Circuit Supervision
60CTS Phase CT Supervision
60VTS Phase LPVT Supervision
86 Trip lockout
68 Zone selection interlocking (ZSI)
PGC Programmable logic control
*ANSI 67, ANSI 67G, and ANSI 67N can be converted into ANSI 51, ANSI 51G, and ANSI 51N respectively by setting the “Directionality” parameter to NO.

Additional Functions
CNT Counters
RTC Real Time Clock
ALRM Alarm panel
PGC Programmable Logic Control
HMI Human Machine Interface
SER Sequential Event Recording
DFR Disturbance Fault Recording
LDP Load Data Profiling
MET Metering
STTG Settings Groups
CMMD Commands

11/12/2023

Fanox SIR-A Overhead Control / Feeder Protection
The Fanox SIR-A offers a complete Overhead Control / RTU and Feeder Protection solution with current, voltage, and frequency functions.
It is available with an auxiliary power supply of 24-230 Vdc / ac, 48-230 Vdc / ca, or 24-48 Vdc (depending on the model that best suits the installation).

SIR-A has 4 current channels and up to 6 voltage channels, with the advantage of measuring the voltage through capacitive and resistive sensors.

Adaptation C: has Thirteen (13) programmable alarm LEDs + 8 configurable keys with their associated configurable LED

Like all Fanox relays, SIR-A is intuitive for easy handling use and has flexible communication options; relays are provided with a local micro-USB front port and with remote communication with different options (ports and protocols) on the rear side:

- Rear Serial Port: IEC60870-5-103, Modbus RTU or DNP3.0 Serial (selectable by general settings).
> Adaptation B: Rear RS485 port
> Adaptation C: Rear RS485 or RS232 port (selectable by the user, both ports are not available simultaneously)
- Rear RJ45 Port: Modbus TCP/IP, DNP3.0 TCP/IP, IEC60870-5-104 (selectable by general settings) + SNTP Protocol + Web Server.
- Rear RJ45: IEC61850

In case a CB is manually closed, a switch on to an existing fault may occur. This fault condition is critical if the overcurrent protection function does not clear the fault until the adjusted time delay is finished. It is necessary, in those cases, to clear the fault quickly using the SOTF function.

The SIR-A is an Overhead Control / RTU & and Feeder Protection relay with current, voltage, and frequency functions for primary and secondary distribution with an auxiliary power supply of 24-230 Vdc/ac, 48-230 Vdc/ac, or 24-48 Vdc (depending on model).

- 4 current channels and 6 voltage channels for capacitive and resistive low-power voltage sensors (LEA).
- Metallic box with high electromagnetic compatibility level (EMC) and wide range of operating temperature.
- Protection of decoupling, load shedding, and loss of main (islanding). Loss of Main (islanding) occurs when part of the public utility network loses connection with the rest of the system. If this situation is not detected, the generator could remain connected, causing a safety hazard within the network. Automatic reconnection of the generator to the network may occur, causing damage to the generator and the network. SIR-A relay detects this situation thanks to its voltage and frequency functions focused on the Rate of change of frequency (ROCOF) method.
- Signaling/control the circuit breaker (52 function) and the recloser (79 function).
- The front part of the SIRA is provided with a navigation keypad made of 7 keys (including the RESET key), 6 programmable hot keys that by default are configured: two (2) keys to open and close the CB, two (2) keys to block and unblock the recloser and two (2) keys to put the relay in local or remote mode with their associated three (3) configurable control LEDs. Besides, depending on the model:
> Adaptation B: Eight (8) programmable alarm LEDs
> Adaptation C: Thirteen (13) programmable alarm LEDs + 8 configurable keys with their associated configurable LED.
- Arc Flash detection (AFD) with 4 AFD inputs and 4 high-speed outputs available depending on the model. This functionality, along with the possibility of having WIFI communication, allows the users to set and configure the relay through Fanox free software and to operate the relay without being present in the installation, prioritizing security.
- In case a CB is manually closed, a switch on to an existing fault may occur. This fault condition is critical if the overcurrent protection function does not clear the fault until the adjusted time delay is finished. It is necessary, in those cases, to clear the fault quickly by means of SOTF function.
- To allow the communication, relays are provided with a local micro-USB front port and with remote communication with different options (ports and protocols) on the rear side:
> Rear Serial Port: IEC60870-5-103, Modbus RTU or DNP3.0 Serial (selectable by general settings).
+ Adaptation B: Rear RS485 port
+ Adaptation C: Rear RS485 or RS232 port (selectable by the user, both ports are not available simultaneously)
> Rear RJ45 Port: Modbus TCP/IP, DNP3.0 TCP/IP, IEC60870-5-104 (selectable by general settings) + SNTP Protocol + Web Server.
> Rear RJ45: IEC61850.
- Wireless communication (WiFi) and synchronization through IRIG-B are optional, depending on the model.
- Alarms panel is available.
- The SIR-A is provided with (depending on the model):
> 8 configurable inputs and 7 configurable outputs.
> 24 configurable inputs and 7 configurable outputs.
> 8 configurable inputs and 18 configurable outputs.
> 16 configurable inputs and 11 configurable outputs.
> 8 configurable inputs, 7 configurable outputs, 4 AFD inputs, and 4 High-Speed outputs.
- SIR-A is fitted with the demand of power (Load Data Profiling) with the following characteristics:
> Number of records: 2160.
> Recording mode circular.
> Sampling rate (interval): configurable through communications (1-60 min).
- Alarms panel is available.
- SIR-A is provided with non-volatile RAM memory in order to store up to 3072 events and disturbance fault recording (DFR), maintaining date & time thanks to its internal RTC (real Time Clock).
> 5 records in data and COMTRADE format (300 cycles each record): 1 to 8 pre-fault cycles + 292 to 299 post-fault cycles.
> 25 records in data and COMTRADE format (60 cycles each record): 1 to 8 pre-fault cycles + 52 to 59 post-fault cycles.
> 50 records in data and COMTRADE format (30 cycles each record): 1 to 8 pre-fault cycles + 22 to 29 post-fault cycles.
> 100 records in data and COMTRADE format (15 cycles each record): 1 to 8 pre-fault cycles + 7 to 14 post-fault cycles.)
- Each oscillographic record contains 10 analogue channels and up to 96 configurable digital channels. The oscillography is downloaded by a communications port. The SICom communications program allows the oscillography record to be downloaded and saved in COMTRADE format (IEEE C37.111-1991)

Protection Functions
ANSI CODE PROTECTIONS
50 Instantaneous phase overcurrent
67/51 Inverse Time Directional* Phase Overcurrent
50N Instantaneous calculated neutral overcurrent
50G Instantaneous measured neutral overcurrent
67N/51N Inverse Time Directional* Calculated Neutral Overcurrent
67G/51G Inverse Time Directional* Measured Neutral Overcurrent
67NI Directional isolated calculated neutral overcurrent
67GI Directional isolated measured neutral overcurrent
SOTF Switch On To Fault
46 Phase balance current protection
46BC Broken Conductor Detection
49 Thermal overload
49T External Trip
37 Instantaneous phase undercurrent
SHB Second Harmonic Blocking
59 Instantaneous phase overvoltage (Bus bar)
59N Instantaneous Calculated neutral overvoltage (Bus bar)
59-L Instantaneous phase overvoltage (Line)
59N-L Instantaneous Calculated neutral overvoltage (Line)
47 Phase Balance voltage protection (Bus bar)
47-L Phase Balance voltage protection (Line)
27 Instantaneous Phase undervoltage (Bus bar)
27-L Instantaneous phase undervoltage (Line)
27V1 Instantaneous Positive sequence undervoltage (Bus bar)
27V1-L Instantaneous Positive sequence undervoltage (Line)
32 Directional Overpower
81O/U Under/Overfrequency
81R Rate of change of Frequency (ROCOF)
78 Out of Step (Vector Shift)
CLP Cold Load pickup
79 AC Reclosing device
SCM Sequence Coordination Mode
SZM Sectionalizer Mode
52 Breaker wear monitoring
25 Synchro Check
HLT Hot Line Tag
50BF Circuit Breaker Failure
74TCS Trip Circuit Supervision
60CTS Phase CT Supervision
60VTS Phase LPVT Supervision
86 Trip lockout
68 Zone selection interlocking (ZSI)
PGC Programmable logic control
* ANSI 67, ANSI 67G, and ANSI 67N can be converted into ANSI 51, ANSI 51G, and ANSI 51N, respectively by setting the “Directionality” parameter to NO.

Additional Functions
CNT Counters
RTC Real Time Clock
ALRM Alarm panel
PGC Programmable Logic Control
HMI Human Machine Interface
SER Sequential Event Recording
DFR Disturbance Fault Recording
LDP Load Data Profiling
MET Metering
STTG Settings Groups
CMMD Commands

11/12/2023

Fanox SIL-S LPIT FEEDER PROTECTION
The SIL-S is a feeder relay with current, voltage, and frequency protection functions for primary and secondary distribution by means of LPIT inputs. Fanox SIL-S Relay is compatible with Low-Power Instrument Transformers (LPIT)

LPIT combines a Low-Power Voltage Transformer (LPVT) and a Low-Power Current Transformer (LPCT or Rogowsky coil)

SIL-S relay is provided with five (5) RJ45 connectors to measure:
➤3-phase current and voltage (3 channels)
➤neutral current (1 channel)
➤ Additional voltage measurement for line-busbar synchronization

Additionally, it provides control of circuit breakers and reclosers and offers the SOTF function to quickly clear faults in the event of a manual circuit breaker closure.

The relay offers local and remote options for communication, including Modbus, DNP3.0, and IEC protocols. It can also synchronize using IRIG-B, depending on the model.

Each oscillographic record contains analog and digital channels, which can be downloaded using the SICom Communications Software in COMTRADE format (IEEE C37.111-1991).

- The SIL-S is a feeder relay with current, voltage, and frequency functions for primary and secondary distribution designed to work with LPIT technology (Low Power Instrument Transformers).
- Auxiliary power supply of 24- 230 Vdc/ac
- 5 combined current/voltage channels for current sensors (LPCT and Rogowski) and capacitive and resistive low-power voltage sensors (LEA).
- Metallic box with a high electromagnetic compatibility level (EMC) and wide range of operating temperature.
- Protection of decoupling, load shedding, and loss of main (islanding). Loss of Main (islanding) occurs when part of the public utility network loses connection with the rest of the system. If this situation is not detected, the generator could remain connected, causing a safety hazard within the network. Automatic reconnection of the generator to the network may occur, causing damage to the generator and the network. SIL-S protection relay detects this situation thanks to its voltage and frequency functions focused on the Rate of change of frequency (ROCOF) method.
- Signaling/control of the circuit breaker (52 function) and the recloser (79 function).
- In case a CB is manually closed, a switch on to an existing fault may occur. This fault condition is critical if the overcurrent protection function does not clear the fault until the adjusted time delay is finished. It is necessary, in those cases, to clear the fault quickly by means of the SOTF function.
- To allow the communication, relays are provided with a local micro-USB front port and with remote communication with different options (ports and protocols) on the rear side:
» Rear RS485 Port: Modbus RTU, DNP3.0 Serial or IEC60870-5-103(selectable by general settings).
» Rear RJ45 Port: Modbus TCP/IP, DNP3.0 TCP/IP, IEC60870-5-104 or IEC61850 (selectable by general settings) + SNTP Protocol+ Web Server.
Synchronization through IRIG-B is optional, depending on the model.
The SIL-S is provided with (depending on the model):
» 8 configurable inputs and 7 configurable outputs.
» 11 configurable inputs and 5 configurable outputs.
The SIL-S is fitted with the demand of power (Load Data Profiling) with the following characteristics:
» Number of records: 2160.
» Recording mode circular.
» Sampling rate (interval): configurable through communications (1-60 min).
- Alarms panel is available.
- The SIL-S is provided with non-volatile RAM memory in order to store up to 3072 events and disturbance fault recording (DFR), maintaining date & time thanks to its internal RTC (real Time Clock).
» 5 records in data and COMTRADE format (300 cycles each record): 1 to 8 pre-fault cycles + 292 to 299 post-fault cycles.
» 25 records in data and COMTRADE format (60 cycles each record): 1 to 8 pre-fault cycles + 52 to 59 post-fault cycles.
» 50 records in data and COMTRADE format (30 cycles each record): 1 to 8 pre-fault cycles + 22 to 29 post-fault cycles.
» 100 records in data and COMTRADE format (15 cycles each record): 1 to 8 pre-fault cycles + 7 to 14 post-fault cycles.)
- Each oscillographic record contains 10 analogue channels and up to 96 configurable digital channels. The oscillography is downloaded by a communications port. The SICom communications program allows the oscillography record to be downloaded and saved in COMTRADE format (IEEE C37.111-1991)

50 Instantaneous phase overcurrent
67/51 Inverse Time Directional* Phase Overcurrent
50N Instantaneous calculated neutral overcurrent
50G Instantaneous measured neutral overcurrent
67N/51N Inverse Time Directional* Calculated Neutral Overcurrent
67G/51G Inverse Time Directional* Measured Neutral Overcurrent
67NI Directional isolated calculated neutral overcurrent
67GI Directional isolated measured neutral overcurrent
SOTF Switch On To Fault
46 Phase balance current protection
46BC Broken Conductor Detection
64REF Restricted earth fault
49 Thermal overload
49T External Trip
37 Instantaneous phase undercurrent
SHB Second Harmonic Blocking
59 Instantaneous phase overvoltage (Bus bar)
59N Instantaneous Calculated neutral overvoltage (Bus bar)
59-L Instantaneous phase overvoltage (Line)
59N-L Instantaneous Calculated neutral overvoltage (Line)
47 Phase Balance voltage protection (Bus bar)
47-L Phase Balance voltage protection (Line)
27 Instantaneous Phase Undervoltage (Bus bar)
27-L Instantaneous phase Undervoltage (Line)
27V1 Instantaneous Positive sequence Undervoltage (Bus bar)
27V1-L Instantaneous Positive sequence undervoltage (Line)
32 Directional Overpower
81O/U Under/Overfrequency
81R Rate of change of Frequency (ROCOF)
78 Out of Step (Vector Shift)
CLP Cold Load pickup
79 AC Reclosing device
SCM Sequence Coordination Mode
SZM Sectionalizer Mode
HLT Hot Line Tag
52 Breaker Wear Monitoring
25 Synchro Check
50BF Circuit Breaker Failure
74TCS Trip Circuit Supervision
60CTS Phase CT Supervision
60VTS Phase LPVT Supervision
86 Trip lockout
68 Zone selection interlocking (ZSI)
PGC Programmable logic control

Additional Functions
CNT Counters
RTC Real Time Clock
ALRM Alarm panel
PGC Programmable Logic Control
HMI Human Machine Interface
SER Sequential Event Recording
DFR Disturbance Fault Recording
LDP Load Data Profiling
MET Metering
STTG Settings Groups
CMMD Commands

11/12/2023

Fanox SIL-G FEEDER & GENERATOR PROTECTION RELAY
Protection for Renewable Energy Facilities, Industrial Plants and Secondary Network

The SIL-G is a complete Protection and Control Relay used in Primary and Secondary Distribution networks for Feeder and Generator applications.

This relay is capable of operating with current, voltage, power, and frequency functions and is suitable to be implemented in substation levels for Utility Companies and industrial electrical systems for the renewable sector or any other.

It can be used in installations with different voltage levels since It is able to work with auxiliary supply from 24 to 230 V dc/ac

SIL-G supports IEC 61850 standard edition 1 and 2, implementing GOOSE messaging for the automation and control of substations, facilitating interoperability with other systems, including HSR and PRP redundancy networks and Copper or Fiber Optic connections.

It is able to be adapted from basic applications to the most complex ones where a more significant number of I/O are needed. It includes a particular module for Arc Flash Detection (AFD) with sensors included as a complete solution.

SIL-G is able to operate in different network levels assuring the correct time synchronization using SNTP or IRIG-B protocols. The new SILG family is safe and secure by implementing Wi-Fi with WPA2-AES encryption and secure access levels. This enables it to be operated even if the engineers/technicians are out of the installation, avoiding any potential risk.

The SIL-G also offers island protection by identifying wave changes based on voltage and frequency elements, coordinated with Active and Reactive Power Control, avoiding severe damage to the generator thanks also to the vector jump function.

Main applications: Renewable energy facilities and 36 kV / 66kV / 132 kV substations.

- The SIL-G is a feeder relay with current, voltage, and frequency functions for primary and secondary distribution with an auxiliary power supply of 24-230 Vdc/ac, 48-230 Vdc/ac, 24 48 Vdc, or in self-powered mode through the VTs (depending on model).
- The capability of measuring up to 1.000 volts when it is connected directly to the low voltage line.
- Metallic box with high electromagnetic compatibility level (EMC) and wide range of operating temperature.
- Protection of decoupling, load shedding, and loss of main (islanding). Loss of Main (islanding) occurs when part of the public utility network loses connection with the rest of the system. If this situation is not detected, then the generator could remain connected, causing a safety hazard within the network. Automatic reconnection of the generator to the network may occur causing damage to the generator and the network. SIL-G protection relay detects this situation thanks to its voltage and frequency functions focused on the Rate of change of frequency (ROCOF) method.
- Signaling/control of the circuit breaker (52 function) and the recloser (79 function).
- Arc Flash detection (AFD) with 4 AFD inputs and 4 high-speed outputs available depending on the model. This functionality, along with the possibility of having WIFI communication, allows the users to set and configure the relay through Fanox free software and to operate the relay without being present in the installation prioritizing the security.
- Zone selection interlocking – ZSI (68 function) is available through configurable inputs and outputs thanks to the programmable logic (PGC).
- In case a CB is manually closed, a switch on to an existing fault may occur. This fault condition is critical if the overcurrent protection function does not clear the fault until the adjusted time delay is finished. It is necessary, in those cases, to clear the fault quickly by means of the SOTF function.
- To allow the communication, relays are provided with a local micro USB front port and with remote communication with
different options (ports and protocols) on the rear side:
> Rear RS485 Port: IEC60870-5-103, Modbus RTU or DNP3.0 Serial.
> Rear RJ45 Port: Modbus TCP/IP, DNP3.0 TCP/IP or IEC61850.
> Rear FO-LC: IEC61850 and Redundancy (PRP or HSR).
- Synchronization through IRIG-B optional depending on the model.
- The SIL-G is provided with (depending on model):
> 8 configurable inputs and 7 configurable outputs.
> 24 configurable inputs and 7 configurable outputs.
> 8 configurable inputs and 18 configurable outputs.
> 16 configurable inputs and 11 configurable outputs.
> 8 configurable inputs, 7 configurable outputs, 4 AFD inputs, and 4 High-Speed outputs.
- SIL-G is fitted with the demand of power (Load Data Profiling) with the following characteristics:
> The number of records: 2160.
> Recording mode circular.
> Sampling rate (interval): configurable through communications (1-60 min).
- The alarm panel is available.
- SIL-G is provided with non-volatile RAM memory in order to store up to 3072 events and disturbance fault recording (DFR),
maintaining date & time thanks to its internal RTC (Real Time Clock).
> 5 records in data and COMTRADE format (260 cycles each record): 1 to 8 pre-fault cycles + 252 to 259 postfault cycles.
> 25 records in data and COMTRADE format (60 cycles each record): 1 to 8 pre-fault cycles + 52 to 59 postfault cycles.
> 50 records in data and COMTRADE format (30 cycles each record): 1 to 8 pre-fault cycles + 22 to 29 postfault cycles.
> 100 records in data and COMTRADE format (15 cycles each record): 1 to 8 pre-fault cycles + 7 to 14 postfault cycles.)
- The oscillography is downloaded by the communications port. The SICom communications program allows the oscillography record to be downloaded and saved in COMTRADE format (IEEE C37.111-1991).

Protection Functions
50 Instantaneous Phase Overcurrent
67 Inverse Time Directional Phase Overcurrent
50N Instantaneous calculated neutral Overcurrent
50G Instantaneous Measured Neutral Overcurrent
67N Inverse Time Directional Calculated Neutral Overcurrent
67G Inverse Time Directional Measured Neutral Overcurrent
SOTF Switch On To Fault
46 Phase Balance Current Protection
46BC Broken Conductor Detection
37 Instantaneous phase undercurrent
49 Thermal overload
SHB Second Harmonic Blocking
59 Instantaneous phase overvoltage
59N/G Instantaneous Calculated/Measured neutral overvoltage
59L Instantaneous Line overvoltage
47 Phase Balance voltage protection
27 Instantaneous Phase Undervoltage
27L Instantaneous Line Undervoltage
27V1 Instantaneous Positive sequence Undervoltage
32 Directional Overpower
81O/U Under/Overfrequency
81R Rate of change of Frequency (ROCOF)
78 Out of Step (Vector Shift)
24 Overfluxing
CLP Cold Load pickup
79 AC Reclosing device
52 Breaker Wear Monitoring
25 Synchro Check
50BF Circuit Breaker Failure
74TCS Trip Circuit Supervision
60CTS Phase CT Supervision
60VTS Phase VT Supervision
AFD Arc Flash detection
86 Trip Lockout
68 Zone selection interlocking
PGC Programmable logic

Additional Functions
CNT Counters
RTC Real-Time Clock
ALRM Alarm panel
PGC Programmable Logic Control
HMI Human Machine Interface
SER Sequential Event Recording
DFR Disturbance Fault Recording
LDP Load Data Profiling
MET Metering
STTG Settings Groups
CMMD Commands

11/12/2023

Fanox SIU-C GRID INTERCONNECTION

The SIU-C represents the best and most precise protection solution for transformers and electrical machines in high, medium, and low-voltage distribution systems. The SIU-C is a voltage and frequency protection relay that protects decoupling, load shedding, and loss of main (islanding), universal with an auxiliary power supply of 24-230 Vdc/ac.

Reliable Interconnection between grids by means of Under/Overfrequency (81U/O) and Rate of Change of Frequency (ROCOF-81R) functions and others.

To allow the communication, relays are provided with a local micro USB front port and with remote communication with different options ports and protocols; Rear RS485 Port: IEC60870-5-103, Modbus RTU, or DNP3.0 Serial. RJ45 Port: Modbus TCP/IP, DNP3.0 TCP/IP or IEC60870-5-104 + Web Server + SNTP Protocol.

The SIU-C is provided with 11 configurable inputs and 5 configurable outputs. It is provided with non-volatile RAM memory in order to store up to 3072 events and disturbance fault recording (DFR), maintaining date & time thanks to its internal RTC (real Time Clock).

Fanox counts, with its own SICom Communications Program, allows the oscillography record to be downloaded and saved in COMTRADE format (IEEE C37.111-1991)

- The SIU-C is a voltage and frequency protection relay for transformers and electrical machines, in high, medium, and low voltage distribution systems. Also protects decoupling, load shedding, and loss of main (islanding), universal with auxiliary the power supply of 24-230 Vdc/ac.
- Voltage measurement: 5 voltage channels for conventional VTs.
- The capability of measuring up to 1.000 volts when it is connected directly to the low voltage line.
- Metallic box with high electromagnetic compatibility level (EMC) and a wide range of operating temperatures.
- Protection of decoupling, load shedding, and loss of main (islanding). Loss of Main (islanding) occurs when part of the public utility network loses connection with the rest of the system. If this situation is not detected, then the generator could remain connected, causing a safety hazard within the network. Automatic reconnection of the generator to the network may occur causing damage to the generator and the network. SIU-C protection relay detects this situation thanks to its voltage and frequency functions focused on the Rate of change of frequency (ROCOF) method.
- Signaling/control of the circuit breaker (52 function) and the recloser (79 function).
- To allow the communication, relays are provided with a local micro USB front port and with remote communication with different options (ports and protocols) on the rear side:
> Rear RS485 Port: IEC60870-5-103, Modbus RTU or DNP3.0 Serial.
> Rear RJ45 Port: Modbus TCP/IP, DNP3.0 TCP/IP or IEC60870-5-104 + Web Server + SNTP Protocol
Synchronization through IRIG-B is optional depending on the model.
The SIU-C is provided with 11 configurable inputs and 5 configurable outputs.
The SIU-C is fitted with the demand of voltage (Load Data Profiling) with the following characteristics:
The number of records: 2160.
Recording mode circular.
Sampling rate (interval): configurable through communications (1-60 min).
An alarms panel is available.
SIU-C is provided with non-volatile RAM memory in order to store up to 3072 events and disturbance fault recording (DFR), maintaining date & time thanks to its internal RTC (Real Time Clock).
> 5 records in data and COMTRADE format (300 cycles each record): 1 to 8 pre-fault cycles + 292 to 299 postfault cycles.
> 25 records in data and COMTRADE format (60 cycles each record): 1 to 8 pre-fault cycles + 52 to 59 postfault cycles.
> 50 records in data and COMTRADE format (30 cycles each record): 1 to 8 pre-fault cycles + 22 to 29 postfault cycles.
> 100 records in data and COMTRADE format (15 cycles each record): 1 to 8 pre-fault cycles + 7 to 14 postfault cycles.)
- The oscillography is downloaded by a communications port.
The SICom communications program allows the oscillography record to be downloaded and saved in COMTRADE format (IEEE C37.111-1991).

Protection Functions
59 Phase overvoltage (Bus Bar)
59-L Phase overvoltage (Line)
59N/G Calculated/Measured neutral overvoltage (Bus Bar)
47 Phase Balance voltage protection (Bus Bar)
27 Phase Undervoltage (Bus Bar)
27-L Phase undervoltage (Line)
27V1 Positive sequence Undervoltage (Bus Bar)
∆V/∆t Rate of change of voltage
81O/U Under/Overfrequency
81R Rate of change of Frequency (ROCOF)
78 Out of Step (Vector Shift)
24 Overfluxing
79 AC Reclosing device
HLT Hot Line Tag
52 Breaker wear monitoring
25 Synchro Check
BF Circuit Breaker Failure
74TCS Trip Circuit Supervision
74CCS Close Circuit Supervision
49T External Trip
86 Trip lockout
PGC Programmable logic control

Additional Functions
CNT Counters
RTC Real Time Clock
ALRM Alarm panel
PGC Programmable Logic Control
HMI Human Machine Interface
SER Sequential Event Recording
DFR Disturbance Fault Recording
LDP Load Data Profiling
MET Metering
STTG Settings Groups
CMMD Commands

Fanox Low & Medium Voltage Electrical Protections and Controls

12/24/2023

11/12/2023

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