Basler SCP 250 User Manual

CONNECTIONS
SCP 250 connections will vary according to the application (generator or motor) and the type of voltage
regulator used.
The secondary voltage of the potential transformer used in an application determines which SCP 250
power connections are used. Input power (operating power and sensing voltage) is applied to terminal E1
and one of the following terminals: 120-139 Vac, 208-240 Vac, 416-480 Vac, or 520-600 Vac.
CAUTION
The use of high potential test equipment will damage SCP 250 circuitry.
Interconnection Diagrams
The SCP 250 should be connected using the appropriate interconnection diagram. Table 4-1 lists the
interconnection diagrams for common applications using the SCP 250 and other Basler control devices.
Table 4-1. SCP 250 Interconnection Diagrams
Application Diagram
AVC63-12/AVC125-10 voltage regulator and SCP 250-G Figure 4-2
KR-F/KR-FF voltage regulator and SCP 250-G Figure 4-3
KR-F/KR-FF voltage regulator and SCP 250-M Figure 4-4
MVC 236 manual voltage control, RA-70P reference adjuster, and SCP 250-M Figure 4-5
SR-A voltage regulator and SCP 250-G Figure 4-6
SR-A voltage regulator and SCP 250-M Figure 4-7
SR-E/SR-F/SR-H voltage regulator and SCP 250-G Figure 4-8
SR-E/SR-F/SR-H voltage regulator and SCP 250-M Figure 4-9
SSE control chassis and SCP 250-G Figure 4-10
SSE control chassis and SCP 250-M Figure 4-11
SSR voltage regulator and SCP 250-G Figure 4-12
XR2001/XR2001F voltage regulator and SCP 250-G Figure 4-13
XR2001/XR2001F voltage regulator, SCP 250-G, and three-phase sensing module Figure 4-14
XR2002/XR2002F voltage regulator and SCP 250-G Figure 4-15
XR2003/XR2003F voltage regulator and SCP 250-G Figure 4-16
911000099Y Rev T SCP 250 Installation 4-3

Basler SCP 250 Specifications

General

Brand	Basler
Model	SCP 250
Category	Controller
Language	English