diff --git a/device-types/Schweitzer Engineering Laboratories/SEL-351-Protection-System.yaml b/device-types/Schweitzer Engineering Laboratories/SEL-351-Protection-System.yaml new file mode 100644 index 000000000..20f406969 --- /dev/null +++ b/device-types/Schweitzer Engineering Laboratories/SEL-351-Protection-System.yaml @@ -0,0 +1,43 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-351 Protection System +slug: schweitzer-engineering-laboratories-sel-351-protection-system +part_number: SEL-351 +u_height: 2 +airflow: front-to-rear +weight: 11.00 +weight_unit: lb +is_full_depth: true +comments: | + [SEL - 351 Protection System Data Sheet](https://selinc.com/api/download/5523/); Description: Optimize Protection, Automation, and Breaker Control +console-ports: + - name: Port F + label: Console Port + type: other + - name: USB 1 + label: USB Console Port + type: usb-b +power-ports: + - name: Power + type: dc-terminal + maximum_draw: 25 +interfaces: + # IRIG port(s) + - name: IRIG-B + label: NTP, SNTP Time Synchronation + type: other + # Fast Ethernet ports + - name: 5A + type: 100base-tx + - name: 5B + type: 100base-tx + # Serial Ports + - name: Serial Port 1 + label: EIA-485 Engineering Compression Terminal + type: other + - name: Serial Port 2 + label: Standard multisession Modbus, ASCII, TCP, Modbus RTU, DNP3, Telnet, Webserver, and IEC 61850 + type: other + - name: Serial Port 3 + label: SEL Dual-channel MIRRORED BITS + type: other diff --git a/device-types/Schweitzer Engineering Laboratories/SEL-451-6-SV.yaml b/device-types/Schweitzer Engineering Laboratories/SEL-451-6-SV.yaml new file mode 100644 index 000000000..e32422685 --- /dev/null +++ b/device-types/Schweitzer Engineering Laboratories/SEL-451-6-SV.yaml @@ -0,0 +1,37 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-451-6 SV +slug: schweitzer-engineering-laboratories-351a-6-sv +u_height: 4 +is_full_depth: false +is_powered: true +comments: SEL Time-Domain Link (TiDL) technology is a protectioncentered digital secondary system solution engineered with simplicity in mind. This technology + minimizes cybersecurity risks and network engineering by using point-to-point communications and a nonroutable protocol. + +console-ports: + - name: EIA-232-1 + type: de-9 + +interfaces: + - name: EIA-232-2 + type: other + - name: EIA-232-3 + type: other + - name: EIA-232-4 + type: other + #Utilized cisco formatting for the Eternet numbering below: + - name: Ethernet0/0 + type: 1000base-x-sfp + - name: Ethernet0/1 + type: 1000base-x-sfp + - name: Ethernet1/0 + type: 100base-fx + - name: Ethernet1/1 + type: 100base-fx + - name: Ethernet1/2 + type: 100base-fx + +power-ports: + - name: power + type: hardwired + description: 24–48 Vdc; 48–125 Vdc or 110–120 Vac; or 125–250 Vdc or 110–240 Vac. diff --git a/device-types/Schweitzer Engineering Laboratories/SEL-451-6-TIDL.yaml b/device-types/Schweitzer Engineering Laboratories/SEL-451-6-TIDL.yaml new file mode 100644 index 000000000..5ade27f91 --- /dev/null +++ b/device-types/Schweitzer Engineering Laboratories/SEL-451-6-TIDL.yaml @@ -0,0 +1,63 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-451-6 TiDL +slug: schweitzer-engineering-laboratories-351a-5-tidl +u_height: 4 +is_full_depth: false +is_powered: true +comments: SEL Time-Domain Link (TiDL) technology is a protectioncentered digital secondary system solution engineered with simplicity in mind. This technology + minimizes cybersecurity risks and network engineering by using point-to-point communications and a nonroutable protocol \ Communications Protocols - FTP, + HTTP, TelNet, SEL ASCII, SEL Fast Message, Synchrophasors, DNP3, PRP, PTPv2, IEC 61850 v2 (optional) \ + +console-ports: + - name: EIA-232-1 + type: de-9 + +interfaces: + - name: EIA-232-2 + type: other + - name: EIA-232-3 + type: other + - name: EIA-232-4 + type: other + #Utilized cisco formatting for the Eternet numbering below: + - name: Ethernet0/0 + type: 1000base-x-sfp + - name: Ethernet0/1 + type: 1000base-x-sfp + - name: Ethernet1/0 + type: 100base-fx + - name: Ethernet1/1 + type: 100base-fx + - name: Ethernet1/2 + type: 100base-fx + #TiDL Interfaces - TiDL uses a point-to-point architecture, implementation is simple and requires zero network engineering. + - name: TiDL0/0 + type: other + description: fiber + - name: TiDL0/1 + type: other + description: fiber + - name: TiDL0/2 + type: other + description: fiber + - name: TiDL0/3 + type: other + description: fiber + - name: TiDL0/4 + type: other + description: fiber + - name: TiDL0/5 + type: other + description: fiber + - name: TiDL0/6 + type: other + description: fiber + - name: TiDL0/7 + type: other + description: fiber + +power-ports: + - name: power + type: hardwired + description: 24–48 Vdc; 48–125 Vdc or 110–120 Vac; or 125–250 Vdc or 110–240 Vac. diff --git a/device-types/Schweitzer Engineering Laboratories/SEL-587-Current-Differential-Relay.yaml b/device-types/Schweitzer Engineering Laboratories/SEL-587-Current-Differential-Relay.yaml new file mode 100644 index 000000000..5ba87a097 --- /dev/null +++ b/device-types/Schweitzer Engineering Laboratories/SEL-587-Current-Differential-Relay.yaml @@ -0,0 +1,22 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-587 Current Differential Relay +slug: schweitzer-engineering-laboratories-sel-587-current-differential-relay +part_number: SEL-587 +u_height: 2 +airflow: front-to-rear +weight: 5.00 +weight_unit: lb +is_full_depth: true +comments: | + [SEL - 587 Protection System Data Sheet](https://selinc.com/api/download/2845/); Description: Economical Differential Protectionfor Power Apparatus +power-ports: + - name: Power + type: dc-terminal + maximum_draw: 6 +console-server-ports: + # Serial Ports + - name: Port F + label: Communications with Modbus RTU-Slave, ASCII terminals, local HMI, SCADA, or DCS systems + type: de-9 + speed: 38400 diff --git a/device-types/Schweitzer Engineering Laboratories/sel-2242-10-bay-chassis-backplane.yml b/device-types/Schweitzer Engineering Laboratories/sel-2242-10-bay-chassis-backplane.yml new file mode 100644 index 000000000..d384b9196 --- /dev/null +++ b/device-types/Schweitzer Engineering Laboratories/sel-2242-10-bay-chassis-backplane.yml @@ -0,0 +1,20 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2242 10-bay Chassis/Backplane +slug: schweitzer-engineering-laboratories-2242-10-bay-chassis-backplane +description: The SEL-2242 10-bay Chassis/Backplane is a 10-slot chassis for SEL Axion systems +u_height: 2 +is_full_depth: false +is_powered: true + +module-bays: + - name: Slot A + - name: Slot B + - name: Slot C + - name: Slot D + - name: Slot E + - name: Slot F + - name: Slot G + - name: Slot H + - name: Slot I + - name: Slot J diff --git a/device-types/Schweitzer Engineering Laboratories/sel-2242-4-bay-chassis-backplane.yml b/device-types/Schweitzer Engineering Laboratories/sel-2242-4-bay-chassis-backplane.yml new file mode 100644 index 000000000..c5c4bd19c --- /dev/null +++ b/device-types/Schweitzer Engineering Laboratories/sel-2242-4-bay-chassis-backplane.yml @@ -0,0 +1,14 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2242 4-bay Chassis/Backplane +slug: schweitzer-engineering-laboratories-2242-4-bay-chassis-backplane +description: The SEL-2242 4-bay Chassis/Backplane is a 4-slot chassis for SEL Axion systems +u_height: 2 +is_full_depth: false +is_powered: true + +module-bays: + - name: Slot A + - name: Slot B + - name: Slot C + - name: Slot D diff --git a/device-types/Schweitzer Engineering Laboratories/sel-451-5-relay.yaml b/device-types/Schweitzer Engineering Laboratories/sel-451-5-relay.yaml new file mode 100644 index 000000000..eb9ab0d03 --- /dev/null +++ b/device-types/Schweitzer Engineering Laboratories/sel-451-5-relay.yaml @@ -0,0 +1,30 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-451-5 Relay +slug: schweitzer-engineering-laboratories-351a-r-relay +u_height: 2 +is_full_depth: false +is_powered: true +comments: Advanced feeder protection and complete substation bay control in one economical system \ Communications Protocols; FTP, HTTP, TelNet, SEL ASCII, + SEL Fast Message, Synchrophasors, DNP3, PRP, PTPv2, IEC 61850 v2 (optional) + +console-ports: + - name: EIA-232-1 + type: de-9 +interfaces: + - name: EIA-232-2 + type: other + - name: EIA-232-3 + type: other + - name: EIA-232-4 + type: other + #Utilized cisco formatting for the Eternet numbering below: + - name: Ethernet0/0 + type: 100base-fx + - name: Ethernet0/1 + type: 100base-fx + +power-ports: + - name: power + type: hardwired + description: 24–48 Vdc; 48–125 Vdc or 110–120 Vac; or 125–250 Vdc or 110–240 Vac. diff --git a/module-types/Schweitzer Engineering Laboratories/SEL-2245-221-Low-Voltage-(LEA)-Monitoring-Module.yml b/module-types/Schweitzer Engineering Laboratories/SEL-2245-221-Low-Voltage-(LEA)-Monitoring-Module.yml new file mode 100644 index 000000000..8e36e2317 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/SEL-2245-221-Low-Voltage-(LEA)-Monitoring-Module.yml @@ -0,0 +1,11 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2245-221 Low-Voltage (LEA) Monitoring Module +description: The SEL-2245-221 module provides four inputs for voltage or current monitoring applications. With four low-voltage input channels, this module + can monitor a 0.05–22.0 Vrms ac voltage inputs or ±30 V peak dc voltage measurements. This module supports custom per-channel calibration to monitor + current measurement from external current transformers (e.g., split-core CT). In dc mode, it can also capture and record measurements from vital components + in the substation (e.g., trip coil currents during breaker operations). Additionally, the module records waveform oscillography up to 24 kHz and generates IEEE + C37.118 synchrophasors. +interfaces: + - name: Digital-input terminal + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/SEL-2245-3-DC-Analog-Output-Module.yml b/module-types/Schweitzer Engineering Laboratories/SEL-2245-3-DC-Analog-Output-Module.yml new file mode 100644 index 000000000..06d3a20d1 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/SEL-2245-3-DC-Analog-Output-Module.yml @@ -0,0 +1,10 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2245-3 DC Analog Output Module +description: The SEL-2245-3 module includes eight software-selectable current or voltage outputs. The outputs are self-sourcing from –20 to +20 mA or –10 + to +10 V. This module supports a ramp feature for smooth transitions between set points and supports a clamp feature to prevent driving beyond a desired + value. A total of two SEL-2245-3 modules can be installed in one SEL-2242 chassis and up to 16 modules in one Axion system. This module is ideal for proportional-integral-derivative + (PID) output controls, analog meter displays, and analog set point delivery. +interfaces: + - name: Analog-output terminal + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/SEL-2245-4-AC-Metering-Module.yml b/module-types/Schweitzer Engineering Laboratories/SEL-2245-4-AC-Metering-Module.yml new file mode 100644 index 000000000..bfa57d86e --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/SEL-2245-4-AC-Metering-Module.yml @@ -0,0 +1,9 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2245-4 AC Metering Module +description: The SEL-2245-4 module includes four CT and four PT inputs with ranges of 0–22 A and 5–400 VL-N at a typical accuracy of 0.1 percent. Up to + 9 modules may be used in a node, and a maximum of 16 metering modules may be used in one Axion system, all with synchronized measurements for a common + reference. Additionally, the module records waveform oscillography up to 24 kHz and generates IEEE C37.118 synchrophasors. +interfaces: + - name: CT/PT Analog Inputs + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2241-real-time-automation-controller.yml b/module-types/Schweitzer Engineering Laboratories/sel-2241-real-time-automation-controller.yml new file mode 100644 index 000000000..cb0efe082 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2241-real-time-automation-controller.yml @@ -0,0 +1,33 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2241 Real-Time Automation Controller +description: Each SEL Axion system requires an RTAC module to serve as the system CPU. The SEL-2241 RTAC has all of the communications and custom logic + capabilities of the standalone RTAC modules, but is mounted in and receives power from the Axion backplane. + +console-ports: + - name: USB-B + type: usb-b + +interfaces: + - name: EIA-232-1 (Nonisolated) + type: other + label: Serial DE-9 + - name: EIA-232-2 (Nonisolated) + type: other + label: Serial DE-9 + - name: EIA-232-3 (Nonisolated) + type: other + label: Serial DE-9 + - name: EIA-232-4 (Nonisolated) + type: other + label: Serial DE-9 + - name: Eth01 + type: 100base-tx + - name: Eth02 + type: 100base-tx + - name: IRIG-B INput + type: other + description: Female BNC + - name: IRIG-B OUTput + type: other + description: Female BNC diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2243-power-coupler.yml b/module-types/Schweitzer Engineering Laboratories/sel-2243-power-coupler.yml new file mode 100644 index 000000000..166459a3a --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2243-power-coupler.yml @@ -0,0 +1,16 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2243 Power Coupler +description: Every SEL Axion node requires at least one SEL-2243 Power Coupler module. The SEL-2243 serves two purposes in an Axion system. It is the power + supply for all modules installed in the node, and; It provides two dedicated EtherCAT® ports so that mutiple Axion nodes can operate together. + +interfaces: + - name: Eth01 + type: 100base-tx + - name: Eth02 + type: 100base-tx + +power-ports: + - name: dc power terminal + type: dc-terminal + maxiumum draw: 75 W diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2244-2-digital-input-module.yml b/module-types/Schweitzer Engineering Laboratories/sel-2244-2-digital-input-module.yml new file mode 100644 index 000000000..ba93a8c92 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2244-2-digital-input-module.yml @@ -0,0 +1,8 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2244-2 Digital Input Module +description: The SEL-2244-2 module includes 24 optoisolated, dry contact inputs with LED indicators. Up to nine modules may be used in a node. Six input + rating options 24 Vac/Vdc, 48 Vac/Vdc, 110 Vac/Vdc, 125 Vac/Vdc, 220 Vac/Vdc, or 250 Vac/Vdc Six isolated inputs and two sets of 9 (18 total) common inputs. +interfaces: + - name: Digital-input terminal + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2244-3-standard-current-digital-output-module.yml b/module-types/Schweitzer Engineering Laboratories/sel-2244-3-standard-current-digital-output-module.yml new file mode 100644 index 000000000..eb452e39c --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2244-3-standard-current-digital-output-module.yml @@ -0,0 +1,7 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2244-3 Standard Current Digital Output Module +description: The SEL-2244-3 module includes 16 contact outputs with LED indicators. Up to nine modules may be used in a node. Form A and Form B outputs. +interfaces: + - name: Digital-output terminal + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2244-5-fast-high-current-digital-output-module.yml b/module-types/Schweitzer Engineering Laboratories/sel-2244-5-fast-high-current-digital-output-module.yml new file mode 100644 index 000000000..93ab096af --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2244-5-fast-high-current-digital-output-module.yml @@ -0,0 +1,9 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2244-5 Fast High-Current Digital Output Module +description: The SEL-2244-5 module includes ten control outputs with LED indication that have high current tripping capacity (10 A) and fast output rise + time (<16 µs at 125 V). Up to nine modules may be used in a node + +interfaces: + - name: Digital-output terminal + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2245-2-dc-analog-input-module.yml b/module-types/Schweitzer Engineering Laboratories/sel-2245-2-dc-analog-input-module.yml new file mode 100644 index 000000000..6f3474d04 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2245-2-dc-analog-input-module.yml @@ -0,0 +1,9 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2245-2 DC Analog Input Module +description: The SEL-2245-2 module includes 16 inputs that are software-selectable for input ranges of ±20 mA, ±2 mA, or +10 V. Up to 9 modules may be used + in a node, and a maximum of 16 analog modules may be used in one Axion system. + +interfaces: + - name: Analog-input terminal + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2245-22-dc-analog-input-extended-range-module.yml b/module-types/Schweitzer Engineering Laboratories/sel-2245-22-dc-analog-input-extended-range-module.yml new file mode 100644 index 000000000..9900e7b09 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2245-22-dc-analog-input-extended-range-module.yml @@ -0,0 +1,7 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2245-22 DC Analog Input Extended-Range Module +description: The SEL-2245-22 module includes four inputs for measuring 0–300 Vdc signals. This makes them ideal for monitoring battery voltage. +interfaces: + - name: Analog-input terminal + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2245-411-standard-current-and-low-voltage-(lea)-monitoring-module.yml b/module-types/Schweitzer Engineering Laboratories/sel-2245-411-standard-current-and-low-voltage-(lea)-monitoring-module.yml new file mode 100644 index 000000000..8f177ff14 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2245-411-standard-current-and-low-voltage-(lea)-monitoring-module.yml @@ -0,0 +1,9 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2245-411 Standard Current and Low-Voltage (LEA) Monitoring Module +description: The SEL-2245-411 module includes the same current inputs as the SEL-2245-4 AC Metering Module with four low-voltage inputs to support low-energy + analog (LEA) voltage measurements. Deploy this module to monitor power system measurements using LEA voltage transducers. The module’s LEA channels measure + 0.05–22.0 Vrms ac voltage inputs. Additionally, the module records waveform oscillography up to 24 kHz and generates IEEE C37.118 synchrophasors. +interfaces: + - name: 4CT/4LEA Analog inputs + type: other diff --git a/module-types/Schweitzer Engineering Laboratories/sel-2245-42-ac-protection-module.yml b/module-types/Schweitzer Engineering Laboratories/sel-2245-42-ac-protection-module.yml new file mode 100644 index 000000000..c4162a811 --- /dev/null +++ b/module-types/Schweitzer Engineering Laboratories/sel-2245-42-ac-protection-module.yml @@ -0,0 +1,12 @@ +--- +manufacturer: Schweitzer Engineering Laboratories +model: SEL-2245-42 AC Protection Module +description: The SEL-2245-42 module includes three CTs with isolated returns and includes three PTs (or VTs) for measuring ac signals. This module has galvanically + isolated inputs and can sample events at user software-selectable rates of 1, 2, 4, 8, and 24 kHz. Up to16 SEL-2245-42 modules can be used in one Axion + system and feature synchronizedmeasurements throughout all modules. This enables time-deterministic control algorithms totake advantage of the common + reference for all measurements, even those in distributedlocations. Collect IEEE C37.118.1a-2014-compliant synchrophasor data from up to 64 phasorquantities. + Provide digital fault recording (DFR) capabilities with the Axion to recordand analyze power system dynamics and validate equipment performance. + +interfaces: + - name: CT/PT Analog Inputs + type: other