Siemens Reyrolle Numerical Relay

Product Details:

7PJ1524 High Speed Trip relay is a multi-contact attractedarmature relays designed to IEC 60255-1.- High speed, high burden, positive action, instantaneouscutoff.- 7PJ1524 trip relay allows to use the Trip CircuitSupervision relay (7PJ13) to monitor and supervise theintegrity of trip circuit with coil supervision terminal.- Supplied in draw-out type case.- Robust design for a long, reliable service life.

High burden, Trip Relay SeriesHigh burden relays with immunity to capacitance discharge currents. These relays are suitable for applications wherethey are located remotely from the initiation signal.

Variants MLFB Ordering Code7PJ1524-1JC60-1AF0 High Speed Trip Relay, 10 Contact(8NO+2NC), High Burden, ContactHand Reset + Electrical Reset,Hand Reset Flag, 125 V DC7PJ1524-1JC60-1AH0 High Speed Trip Relay, 10 Contact(8NO+2NC), High Burden, ContactHand Reset + Electrical Reset,Hand Reset Flag, 240 V DC7PJ1524-1UC80-1CF0 High Speed Trip Relay, 20 Contact(18NO+2NC), High Burden,Contact Hand Reset + ElectricalReset, Hand Reset Flag, 125 V DC7PJ1524-1UC80-1CH0 High Speed Trip Relay, 20 Contact(18NO+2NC), High Burden,Contact Hand Reset + ElectricalReset, Hand Reset Flag, 240 V DC

Product Details:

Arc fault protection is a relatively new technique employed for the fast clearance of arcing faults on Busbars & within metal clad switchgear & associated cable boxes. The arc is detected using an optical sensor & the signal input to a protection device which also monitors the load current on the system. Conventional current based protection techniques are at times challenged by the nature of arcing faults, and can result in slow protection clearance times. Slow protection clearance times increase the risk to nearby personnel and increase the degree of damage to plant and equipment. By employing an optical detection technique, Arc Fault Protection results in fast clearance of arcing faults.

 

When an arc fault start current is coincident with a signal from the optical sensor a trip command is output. An Arc trip only signal can be achieved within 10ms which can be considerably faster than that provided by a traditional IDMT overcurrent relay. This is because the onset of an arcing fault can occur at relatively low fault currents. Arguably the greatest risk of arc fault damage exists at the CB cable termination & in the CB chamber itself due to the slow clearance times of the IDMT feeder protection.

 

The ReyArc range of protection devices provide multiple arc fault protection schemes depending on your protection system requirements:

 

ReyArc Arc Protection range:

• 7XG3120 Arc Fault Monitor Detects Arc faults independently & in parallel with an overcurrent check relay.

• 7XG3123 ARC Fault Module - Designed to connect one or two optical arc fault sensors to a protection relay status input.

• 7XG3124 IEC61850 Arc Fault Monitor – Arc Fault detection using IEC-61850

• 7XG3126 Arc Fault Monitor with Integrated Three Phase Current Check

• 7XG3130 Optical ARC Fault Sensor

Additional Information:

• Item Code: 7xg31

Product Details:

SIEMENS REYROLLE 7PJ13 TRIP CIRCUIT SUPERVISION RELAY

The 7PJ13 Trip Circuit Supervision Relay is an electronic-circuit based relay. The relay is a member of Siemens Reyrolle protection devices product family. It is used to monitor and supervise the integrity of a circuit-breaker’s trip coil and other wiring circuits of low-voltage and medium-voltage networks.

Features

The 7PJ13 is connected with a circuit-breaker to monitor the trip circuit positions (make or break). The 7PJ13 generates a trip circuit failure alarm, either if the trip circuit supply is disconnected or if the trip circuit connection is changed to an open circuit. Trip circuit continuity is measured by supplying the supervision current of 0.7 mA to 1.5 mA and sensing the flow of current with two optocouplers. The circuit-breaker contact indicates the status of the relay whether the circuit-breaker is in a make position or a break position.

 

The features of the Trip Circuit Supervision Relay are:

• A universal auxiliary voltage range with very low burden (i.e.)
  – AC 24 V to AC 240 V/DC 24 V to DC 240 V
  – AC 110 V to AC 240 V/DC 110 V 20 DC 240 V
  at less than 4 W.
• A universal supervision voltage range (i.e.) DC 24 V to DC 240 V.
• A compact design 96 mm x 48 mm (Width x Height)
• Fitted with flush-mounting
• Continuous supervision of trip circuit in pre-closed, post-closed condition, and latched trip condition.
• Detects faults such as auxiliary voltage loss and circuit breakage in supervised circuits.
• Indicates operational status by a single LED with dual color.
• The relay complies with IEC 60255 standards.

Product Details:

Product Details:

• A range of 14 way test blocks, all housed in an Epsilon size E2 case
• A range of 14 way test blocks, all housed in an Epsilon size E2 case.
• CT shorting is available, using a dedicated test plug for each model of test block.
• Test plugs are fitted with 4mm shrouded test points.

Additional Information:

• Item Code: 7XG22

Product Details:

SIEMENS REYROLLE 7PG11 AUXILIARY RELAY

The range comprises electro-mechanical relays for a range of auxiliary and tripping functions. Various combinations of coils, contacts, operation indicator flags can be specified. Options are also available for operate and reset modes. 7PG11 AR relays - general auxiliary functions – repeats, indications, scheme logic FR relays.

Features

Type AR relays are a range of electro-mechanical relays with up to 8 contacts and complying with IEC 61850. They can be supplied in most combinations of contact, flag and reset arrangements. The relays are identified by a series of numbers and letters which define important relay features. The following comments are provided as a guide to the various features of type AR relays.

Product Details:

 

7SR12 Directional Over Current Relay, protection relay,siemens Overcurrent Relays

Siemens Reyrolle Numerical Relay

The exclusive range of Siemens Numerical Relays Provides the total protection requirements of distribution markets & Industrial Applications.Overcurrent Protection,Transformer Protection,Energy Automation & Smart Grid Solutions are the major aspect of Siemens Reyrolle Family.The portfolio incorporates numerous well known items e.g. Argus,Duobias,Solkor,Rho etc.

Motor & Generator protection,Capacitor bank protection,High Impedance Protection,Arc Fault Protection,Synchronising,Auxiliary Relays,Trip Relays & Timers and many more are the major applications of Reyrolle Protection Devices.

Detail Protection Functions

• Undercurrent (37)
• Broken Conductor (46BC)
• Negative Phase Sequence Overcurrent (46NPS)
• Thermal Overload (49)
• Overcurrent (50, 51)
• Earth Fault (50G, 50N, 50SEF, 51G, 51N, 51SEF)
• Directional Control of Overcurrent & Earth Fault (67)
• High Impedance REF (64H)
• Under/Over Voltage (27/59)
• Negative Phase Sequence Voltage (47)
• Voltage Controlled Overcurrent (51V)
• Neutral Voltage Displacement (59N)

Supervision Functions

• CT Supervision (60CTS)
• Trip & Close Circuit Supervision (74T/CCS)
• VT Supervision (60VTS)
• Inrush Detector (81HBL2)
• Circuit Breaker Fail (50BF)

Control Functions

• Auto Reclose (79)

Monitoring Functions

• Primary/Secondary Current Phases and Earth Direction
• Primary/Secondary Line and Phase Voltages
• Apparent Power and Power Factor
• Real and Reactive Power
• W Hr & VAr Hr Forward and Reverse
• Historical Demand Record
• Positive Phase Sequence (PPS) Voltage & Current
• Negative Phase Sequence (NPS) Voltage & Current
• Zero Phase Sequence (ZPS) Voltage

Features

• Cold Load Settings
• Four Settings Groups
• Password Protection - 2 levels
• User Programmable Logic
• Self Monitoring
• Circuit Breaker Trip Counter and Timer
• Fault, event and waveform records

 

 

Additional Information:

• Item Code: Siemensreyrolle7SR120
• Production Capacity: > 50000 UNITS per quarter
• Delivery Time: 4-5 working days
• Packaging Details: As per client's requirement

Product Details:

Our differential protection relay, Reyrolle7SR18, is a numeric three phase differential protection relay used to detect in zone phase and earth faults. This differential protection relay is applied to overhead line and underground cable circuits as well as shorter circuits such as interconnectors.

Reyrolle 7SR18 differential protection relays have integral back-up overcurrent/earth fault protection and intertripping channels.

Protection Relays (and associated CTs) are installed at each end of the protected circuit. The relays are connected together with a fully supervised fibre optic protection communications link.

Relays have four current inputs and are housed in E6 cases. Integrated logic is provided to allow the optimal configuration of relay protection functionality with the relay''''s analogue inputs and binary input/output circuits.

Protection and instrumentation functionality is accessible via the data comms channel - a front USB, RS485 and IEC 61850 (optional) rear ports.

Protection Functions

• 3-phase, phase segregated current differential protection
• Overcurrent
• Earth Fault

Supervision Functions

• Protection comms link supervision
• Circuit Breaker Fail
• CT Supervision
• Trip Circuit Supervision

Control Functions

• Intertripping

Monitoring functions

• Primary/Secondary Current Phases and Earth
• Historical Demand Record

Features

• CT ratio correction
• Four Setting Groups
• Password Protection
• Self Monitoring
• Circuit Breaker Trip Counter
• Fault, event and waveform records

Product Details:

TRANSFORMER DIFFERENTIAL PROTECTION REYROLLE 7SR54 RELAY 

The Reyrolle 5 is designed for the electricity networks of the future with enhanced communications and cybersecurity

while maintaining a user-friendly interface and easy product management.

 

The Reyrolle 7SR54 provides protection, control and monitoring for 2 and 3 winding transformers. All transformer vector groups and earthing connections are considered.

 

The Reyrolle 7SR54 device includes a wide range of protection-functions and IEC 61850 Ethernet communications as standard. To further minimize the product variants the power supply and the binary inputs cover the full operating range with configurable binary input thresholds.

 

The large LCD, tactile pushbuttons and programmable LEDs provide a user-friendly product interface and the relay

element is withdrawable for easy replacement.

 

Inputs and Outputs

8 CT + 16 BI + 8 BO

8 CT + 4 VT + 12 BI + 8 BO

8 CT + 4 VT + 37 BI + 18 BO

12 CT + 24 BI + 10 BO

12 CT + 4 VT + 35 BI + 16 BO

 

Communication

Standard front USB port (for configuration using Reydisp PC based software tool) rear RS485, 2 x RJ45 electrical ports or optional optical ethernet connections.

 

Housing Size

12 with drawable design.

 

Display

Backlit 128 x 128 LCD with text and graphical display capabilities suitable for single line mimic diagrams.

Product Details:

The Reyrolle 7SR511 overcurrent device includes a wide range of protection functions and IEC 61850 Ethernet communications as standard.

The Reyrolle 5 is designed for the electricity networks of the future with enhanced communications and cybersecurity

while maintaining a user-friendly interface and easy product management.

 

The Reyrolle 7SR511 overcurrent device includes a wide range of protection functions and IEC 61850 Ethernet communications as standard. To further minimize the product variants the power supply and the binary inputs cover the full operating range with configurable binary input thresholds.

The large LCD, tactile pushbuttons and programmable LEDs provide a user-friendly product interface and the relay element is withdrawable for easy replacement

Product Details:

The 7SR11 series of relays provide overcurrent and earth fault protection. These relays are typically applied to provide the main protection on feeders and interconnectors and the back-up protection on items of plant such as transformers. On distribution system circuits overcurrent and earth fault protection is often the only protection installed.

 

The 7SR12 includes for directional control of the overcurrent and earth fault functionality and is typically installed where fault current can flow in either direction i.e. on interconnected systems.

 

The relay functionality allows highly flexible settings for current and time grading making it compatible with all types of overcurrent protections.

 

The relays are available in single and four pole variants housed in E4 cases with the IEC61850 protocol option housed in an E6 case. Integrated logic is provided to allow the optimal configuration of relay functionality with the relays analog inputs and binary input/output circuits.

 

Protection, instrumentation and metering functionality is accessible via data comms channel(s). A front USB port for local PC connection or rear electrical RS485 port for remote connection are provided.

 

Protection Functions 

• Undercurrent (37)
• Broken Conductor (46BC)
• Negative Phase Sequence Overcurrent (46NPS)
• Thermal Overload (49)
• Overcurrent (50, 51)
• Earth Fault (50G, 50N, 50SEF, 51G, 51N, 51SEF)
• Directional Control of Overcurrent & Earth Fault (67)
• High Impedance REF (64H)
• Under/Over Voltage (27/59)
• Negative Phase Sequence Voltage (47)
• Voltage Controlled Overcurrent (51V)
• Neutral Voltage Displacement (59N)

Supervision Functions

• CT Supervision (60CTS)
• Trip & Close Circuit Supervision (74T/CCS)
• VT Supervision (60VTS)
• Inrush Detector (81HBL2)
• Circuit Breaker Fail (50BF)

Control Functions

• Auto Reclose (79)

Monitoring Functions

• Primary/Secondary Current Phases and Earth Direction
• Primary/Secondary Line and Phase Voltages
• Apparent Power and Power Factor
• Real and Reactive Power
• W Hr & VAr Hr Forward and Reverse
• Historical Demand Record
• Positive Phase Sequence (PPS) Voltage & Current
• Negative Phase Sequence (NPS) Voltage & Current
• Zero Phase Sequence (ZPS) Voltage

Product Details:

7SG17 relays provide thermal overload protection of motors or static plant for all in service conditions.

 

Features such as overcurrent and earth fault provide back-up protection for the motor and connections.

 

Relays have four current inputs and are housed in E6 or E8 cases. Integrated logic is provided to allow the optimal configuration of relay functionality with the relays analogue/RTD inputs and binary input/output circuits.

 

Protection and instrumentation functionality is accessible via the data comms channel - a fibre optic or RS485 port is provided on the rear of the relay.

Additional Information:

• Item Code: 7SG17-Rho

Product Details:

SIEMENS PHASOR MEASUREMENT UNIT (PMU)

Siemens Phasor measurement units (PMUs) from Siemens general protection system and its measured synchrophasors make a valuable contribution to the dynamic monitoring of transient processes in energy supply systems. These data are the basis for the Wide Area Monitoring system SIGUARD PDP. This fast monitoring system detects the events and trends in grids with fluctuating load flows or highly loaded lines which conventional systems cannot detect at all or can detect too late.

SIEMENS PHASOR MEASUREMENT UNITS : FEATURES

Phasor measurement units (PMUs) measure current and voltage by amplitude and phase at selected stations of the transmission system. The high-precision time synchronization (via GPS) allows comparing measured values (synchrophasors) from different substations far apart and drawing conclusions as to the system state and dynamic events such as power swing conditions.

All SIPROTEC 5 devices can be used as a phasor measurement unit. When selecting the option “Phasor Measurement Unit”, the devices determine current and voltage phasors, provide them with highly accurate time stamps and transmit them for analysis together with other measured values (frequency, speed of frequency change) using the IEEE C37.118 communication protocol, which are typically sent to the control center.

SIGUARD PDP (Phasor Data Processor) is a system for Wide Area Monitoring and Grid Monitoring that, as its measured variables, uses synchrophasors from phasor measurement units serving as sensors. 

Phasor measurement (PMU) with SIPROTEC 5

PMU - overview of function
A phasor measurement unit (PMU) measures the phasor values of current and voltage. These values get a high precision time stamp and together with the values of power frequency, power frequency change rate and optional binary data that are also time stamped are transmitted to a central analysis station. The standardized transmission protocol IEEEC 37.118 is used to do this.

Structure of the function group

The PMU function group is activated by selecting the protocol IEEE C37.118PMU on an Ethernet module (electrical or optical). The PMU obtains the measured values from the measuring points and the precise time from time synchronization. The time-stamped synchrophasors for current and voltage are formed from this and transferred together with additional values via the communication module to a server (PDC, Phasor Data Concentrator).

PMU - function description
The synchrophasors, sent from the PMU in a continuous data stream to a PDC, are provided with time stamps and thus are comparable with the measured values of other PMUs. The power frequency, the power frequency change rate and optional binary information are also transmitted as time-stamped measured values. Therefore, you receive an overview of the transient processes in a distributed energy transfer system, for example network fluctuations and compensating processes.

 

 

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Product Details:

SIEMENS REYROLLE 7XG225 - 3RMLG TEST BLOCK

 

A range of 14 way and 28 way test blocks, the 14 way are housed in an Epsilon size E2 case, 28 way blocks are housed in an E4 case.

Features

• A range of 14 way and 28 way test blocks, the 14 way are housed in an Epsilon size E2 case, 28 way blocks are housed in an E4 case.
• CT shorting is included in each model.
• Shorting takes place in the test block, not the test plug.
• Uses a three stage isolation process.
• Test plugs are fitted with 4mm shrouded test points.