Basler Electric / Kohler BE1-11g Generator Protection Relay G5A3M2J2N0E000
Basler Electric / Kohler BE1-11g Generator Protection Relay G5A3M2J2N0E000
Output Logic Settings
BESTlogic, as implemented in the BE1-GPS100. supports up to 16 output expressions. The output
expressions are called virtual outputs to distinguish them from the physical output relays. VOA and VO1
through VO5 drive physical outputs OUTA (failsafe alarm output) and OUT1 through OUT5. respectively.
The rest of the virtual outputs can be used for intermediate logic expressions.
For example, OUT 1 is wired to the trip bus of the circuit breaker. To set up the logic to trip the breaker,
the BESTlogic setting command might be SL-VO1=VO11+101T+BFPU for Set Logic – Virtual Output 1 =
to Virtual Output 11 (which is the intermediate logic expression for all of the function block tripping
outputs) or (+) 101T (the trip output of the virtual breaker control switch) or (+) BFPU (the pickup output of
the breaker failure function block that indicates that breaker failure has been initiated).
User Interfaces
Three user interfaces are provided for interacting with the BE1-GPS100 relay: front panel HMI, ASCII
communications, and BESTCOMS for BE1-GPS100. The front panel HMI provides access to a subset of
the total functionality of the device. ASCII communications provides access to all settings, controls,
reports, and metering functions of the system. BESTCOMS for BE1-GPS100 is software used to quickly
develop setting files, view metering data, and download reports in a user-friendly, Windows based
environment.
Front Panel HMI
The front panel HMI consists of a two line by 16 character LCD (liquid crystal display) with four scrolling
pushbuttons, an edit pushbutton, and a reset pushbutton. The EDIT pushbutton includes an LED to
indicate when edit mode is active. There are five other LEDs for indicating power supply status, relay
trouble alarm status, programmable major and minor alarm status, and a multipurpose Trip LED that
flashes to indicate that a protective element is picked up. The Trip LED lights continuously when the trip
output is energized and seals in when a protective trip has occurred to indicate that target information is
being displayed on the LCD. A complete description of the HMI is included in Section 10. Human-Machine
Interface.
The BE1-GPS100 HMI is menu driven and organized into a menu tree structure with six branches. A
complete menu tree description with displays is also provided in Section 10. Human-Machine Interface. A
list of the menu branches and a brief description for scrolling through the menu is in the following
paragraphs.
1. REPORT STATUS. Display and resetting of general status information such as targets and
alarms.
2. CONTROL. Operation of manual controls such as virtual switches, selection of active setting
group, etc.
3. METERING. Display of real-time metering values.
4. REPORTS. Display and resetting of report information such as time and date, demand registers,
breaker duty statistics, etc.
5. PROTECTION. Display and setting of protective function setting parameters such as logic
scheme, pickups, time delays, etc.
6. GENERAL SETTINGS. Display and setting of non-protective function setting parameters such as
communication, LCD contrast, and CT ratios.
Each screen is assigned a number in the HMI section. The number indicates the branch and level in the
menu tree structure. Screen numbering helps you to keep track of where you are when you leave the
menu tree top level. You view each branch of the menu tree by using the RIGHT and LEFT scrolling
pushbuttons. To go to a level of greater detail, you use the DOWN scrolling pushbutton. Each time a
lower level in a menu branch is reached, the screen number changes to reflect the lower level. The
following paragraphs and Figure 2-2 illustrate how the display screens are numbered in the menu tree.
Viewing the 47 pickup and time delay settings of Setting Group 1 involves the following steps:
1. At the top level of the menu tree, use the LEFT or RIGHT scrolling pushbuttons to get to the
PROTECTION logic branch (Screen 5).
2. Press the DOWN scrolling pushbutton to reach the SETTING GROUP level (Screen 5.1).
3. Scroll RIGHT to the SETTING GROUP 1 branch (Screen 5.2).
4. From Screen 5.2. scroll down to the next level of detail which is the 24 SETTINGS (Screen 5.2.1).
5. Scroll right to the 47 SETTINGS (Screen 5.2.7) and then down to reach the 47 pickup and time
delay settings (Screen 5.2.7.1).
ADLINK / 8112HG, 2R-I1333-960226L / Multi-Funtion DAS Card
ADLINK CPCI-6860 6860A Industrial Control Motherboard
ADLINK NUPRO-A40H 51-41807-1A30 Industrial Control Computer Motherboard
ADLINK Mini ITX Industrial Motherboard AmITX-AL-I-E3940 Intel Atom 4G
ADLINK Matrix PMC1- MXC-6322D(G)
LK4470 Board Adlink PCI-7432 Rev 004
ADLINK PCI-7853 High Speed Link Master Controller Card PCB Board
ADLINK PCI-8164 Motion control card
Tarjeta De Interfaz PCB Adlink Technology 51-37111-0C1 cPCI-R8217 cPCI-R3700A
ADLINK motherboard NuPRO-E315
ADLINK PCI-8164 Motion control card By
ADLINK baseboard 51-44823-0A20 AVBX-6000 #YY
ADLINK motherboard NUPRO-E320LV
ADLINK ETX-BT-E3815/SK ASH-ETX-BT-E3815/S2G/SK-4920X
board ADLINK EBP-9E2 industrial computer motherboard
ADLINK NUPRO-865 NUPRO865 REV:1.1 478 3.0GHz 2GB Industrial Motherboard
ADLINK NUPRO-E72 NUPROE72 51-41808-0A30 LGA-1150 INDUSTRIAL SBC
ADLINK NUPRO-E320LV industrial control motherboard to send CPU memory
ADLINK CompactPCI cPCI-7432R Digital I/O Module
ADLINK NuPRO-852LV Control Board
Adlink Multi-Function DAQ PCI-9112 00A0 51-12252-0D20 GP PCB-I-E-1505=6EX2
ADLINK motherboard NuPRO-965DV
ADLINK base plate HPCI14S REV.B1