THE GLOBAL EXPERT
IN
SOLID STATE
POWER SWITCHING
TECHNOLOGY
Motor Controls
Power Supplies
Motor Generator Exciters
ters
Power Modules
rydom
has
a
distinguished record of
providing advanced, high
quality products with
timely
delivery
and
competitive pricing. Your
success
in
today’s
fast-paced global markets
hinges on working with suppliers who
respond quickly and appropriately to your
every need.
In addition to an extensive selection
catalog off-the-shelf items, Crydom offers
custom-designed
power
switching
modules. Fact is we specialize in
satisfying
the
most
demanding
environmental
and
performance
requirements our customer can devise.
Give us your specs, and watch us exceed
your expectations!
At Crydom’s custom-built
100,000 square
foot manufacturing facility,
virtually
everything is accomplished in-house to
assure complete control over delivery,
production and above all quality. With
design, development, manufacturing and
management personnel under one roof,
we’re geared for fast response to your
requirements.
In
Design Engineering,
we focus on
pushing performance, reliability and
quality standards ever higher. Working
under a conservative design and rating
philosophy,
Crydom’s
seasoned
engineering team makes extensive use of
CAD to optimize design of mechanical
parts.
As a result of these efforts, Crydom has
acquired and impressive list of patents in
power
switching
technology,
while
continuing to create new circuit and
technology-related inventions as part of
our ongoing R & D programs.
Once the design is solidified,
Production
Engineering
is responsible for the
engineering control of the techniques used
throughout
manufacturing.
This
department works closely with our design
engineering group, establishes assembly
processes, and oversees a comprehensive
on-premises
machine
shop
which
fabricates our assembly fixtures.
As the work progresses,
Material and
Production Control
employ our advanced
computer system, upgraded with our
customized
software
to
keep
manufacturing operations humming. The
Computer system employs integral MRP
and MSP capabilities to generate detailed
scheduling and planning information.
Ceramic Hybrid Manufacturing
also is
performed in-house. Crydom manufactures
all metallized ceramic substrates used in
our relays í a major factor in product
performance and reliability, including
direct bond copper substrates.
Quality Assurance
conducts ongoing
product reliability verification tests,
gathering precise data on the quality of
our power semiconductor vendors and the
silicon chips they provide. Additional tests
are performed to meet specific customer
burn-in requirements.
Crydom tests are exhaustive, including
100% verification at final test. After units
are fully assembled, they must pass a
complete set of electrical tests, which are
performed
twice,
once
prior
to
encapsulation and then again afterward.
Because of our dedication to quality,
Crydom was one of the first American
companies to achieve full certification to
the demanding standards of ISO 9001. In
addition, most Crydom products are
approved by UL, CSA, VDE, TUV and carry
the CE Mark signifying conformance with
the latest European directives.
Learn how an alliance with the world
leader in solid state relays and power
modules can pay off for you. For details,
call your authorized Crydom distributor
today.
Power Modules
Power Modules are power switching/control circuit
elements integrated into convenient isolated-base
packages, offering a broad spectrum of commonly used
Diode, SCR, or SCR/Diode circuit configurations and
ratings. Used in many types of equipment by a variety of
industries, they utilize Crydom’s renowned advanced
thermal management techniques. The modules are
mechanically and thermally optimized for ease of
assembly, long life and reliable operation. Significant cost
savings are realized from reductions in design, volume,
mounting, connection, cooling, field maintenance, parts
count, acquisition and inventory costs.
Typical Applications
AC motor drive front end
Appliances
Battery charging
Cathodic protection
Converters
Conveyors
DC-choppers
Electroplating
Elevator controls
Heater controls
HVAC controls
Inverters
Medical Electronics
Motor controls, AC
Motor controls, DC
Motor starters
Power Factor Correction
Power supplies
Reverse polarity protec-
tion
Traction
Transportation
UPS systems
Welding
Custom Designs
Crydom’s Sales and Technical Support teams work closely
with you to define and develop customized solutions for
your unique requirements. We can help you get that
competitive edge necessary to be a leader in your indus-
try. In-house capabilities include ceramic substrate
production,
SMT
(surface
mount
technology)
placement/insertion robotics assembly and elevated/low
temperature monitored testing. All this interprets into
fast-track design, prototype preparation, test, evaluate,
adjust and finalize as necessary to achieve the specified
performance criteria. Upon final customer approval we can
quickly gear up to meet your production schedules in our
ISO9001 certified manufacturing environment.
L
15-42.5Amp
F18
25-105Amp
SCR/Diode Modules
Low Profile
Designed for PCB Connections
Circuit Modules provide ratings up to 42.5 amps in a low profile package designed for
printed circuit board connections. Available in three standard bridge circuits and an AC
switch version, all models have 2500 Vrms isolation and are UL recognized under file
E72445. Mounting clip available, order part no. LMC-1.
Diode, SCR/Diode Modules
Standard Package and Circuits
Modules come in an industry standard package, offering nine circuits that can be used singly
or as power control building blocks. All models feature highly efficient thermal management for
greatly extended cycle life and are UL recognized under file E72445.
PART NUMBER IDENTIFICATION
Series
L
Current
3 - 15 Amps
5 - 25 Amps
6 - 42.5 Amps*
Circuit Type
1-5
(See schematic
diagrams)
AC Line Voltage
1 - 120 Vac
2 - 240 Vac
3 - 280 Vac
4 - 480 Vac
Options
F - Free
Wheeling
Diode
(Circuits 1, 2)
PART NUMBER IDENTIFICATION
Series
F18
Current
27 - 25 Amps
42 - 40 Amps
57 - 55 Amps
92 - 90 Amps
107 - 105 Amps
Circuit Type
(See schematic
diagrams)
Example: SD
AC Line Voltage
400 - 120 Vac
600 - 240 Vac
1000 - 380 Vac
1200 - 480 Vac
1400 - 530 Vac
1600 - 600 Vac
27
25A
42
40A
57
55A
92
90A
107
105A
Example: L512F
* 42.5 Amp Rating Not Available In Circuit 4
Example: F1892SD1200
ELECTRICAL SPECIFICATIONS
I
D
V
F
T
J
di/dt
dv/dt
Critical Rate of Rise of On-State
Current @ TJ=125˚C
Critical Rate of Rise of Off-State Voltage
Maximum DC Output Current @ Tc = 85˚C
Maximum Voltage Drop @ Amps Peak
L3
15A
2.2V@15A
L5
25A
1.65V@25A
L6
42.5A
1.6V@42.5A
I
D
V
F
T
J
di/dt
dv/dt
ELECTRICAL SPECIFICATIONS
Maximum DC Output Current @ Tc = 85°C
Maximum Voltage Drop @ Amps Peak
Operating Junction Temperature Range
Critical Rate of Rise of On-State
Current @ TJ=125°C
Critical Rate of Rise of Off-State Voltage
1.55V
@
75Apk 1.4V
@
120Apk 1.4V
@
165Apk 1.4V
@
270Apk 1.65V
@
300Apk
-40°C to +125°C
100 A/s
500V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
530 (1400 V
RRM
)
600 (1600 V
RRM
)
400A
670
150mA
3.0V
0.5W
5.0V
0.4°C/W
2500V
G2
K2
100 A/s
500 V/s
120 (400 V
RRM
)
100 A/s
500 V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
A
100 A/s
500 V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
A
100 A/s
500V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
530 (1400 V
RRM
)
600 (1600 V
RRM
)
1000A
100 A/s
500 V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
530 (1400 V
RRM
)
600 (1600 V
RRM
)
1500A
9350
150mA
3.0V
0.5W
5.0V
0.25°C/W
2500V
100 A/s
500 V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
530 (1400 V
RRM
)
600 (1600 V
RRM
)
1950A
15800
150mA
3.0V
0.5W
5.0V
100 A/s
500 V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
530 (1400 V
RRM
)
600 (1600 V
RRM
)
2250A
25000
150mA
3.0V
0.5W
5.0V
V
RMS
AC Line Input Voltage
(Repetitive Peak Reverse Voltage)
I
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
A
V
RRM
Repetitive Peak Reverse Voltage
(AC Line Input Voltage)
TSM
I
2
T
I
GT
Maximum Non-Repetitive Surge Current
( 1/2 Cycle, 60Hz)
Maximum I
2
T for Fusing (t=8.3ms)
Maximum Required Gate Current
to Trigger @ 25˚C
Maximum Required Gate
Voltage to Trigger @ 25˚C
w
o
e
I
TSM
I
2
T
I
GT
V
V
V
V
GT
Maximum Non-Repetitive Surge Current
( 1/2 Cycle, 60Hz)
Maximum I
2
T for Fusing (t=8.3ms)
Maximum Required Gate Current
to Trigger @ 25°C
Maximum Required Gate Voltage
to Trigger @ 25°C
mA
mA
mA
4150
150mA
M
d
u
e
s
l
V
GT
3.0V
0.5W
5.0V
0.28°C/W
2500V
P
G(AV)
Average Gate Power
V
GM
R
OJC
Maximum Thermal Resistance Junction to
Ceramic Base per Chip
V
ISOL
V
GM
R
q JC
V
ISOL
P
G(AV)
Average Gate Power
Maximum Peak Gate Voltage (Reverse)
Maximum Thermal Resistance Junction to
Ceramic Base per Module
Isolation Voltage
0.14°C/W 0.135°C/W
2500V
G2
K2
2500V
AC1
G1
G2
+
AC1
L3, L5
G1
L6
--
+
G1
DH
G2
AC
AC
+
--
CCH
1
2
1
2
3
1
AC2
+
--
G2
K2
G2
K2
3
+
--
AC
AC2
G2
AC1
AC2
--
+
AC1
G1
AC
HD
+
+
--
K1
G1
CAH
1
2
1
2
3
K1
G1
AC1
--
K1
G1
3
K1
G1
G2
K2
K1
G1
2
G1
AC2
G2
--
+
AC1
G1
--
+
AC
AC2
G2
AC2
G2
SD
+
AC
+
--
--
+
G1
G2
AC2
G1
G3
G4
AC1
G3
G2
G4
G2
K2
--
K1
G1
K2
G2
K1
G1
CCD
1
2
1
2
3
AC1
4
AC2
--
+
AC
3
SDK
+
AC
+
--
--
G1
K2
G2
CAD
1
2
1
2
3
--
K1
G1
3
5
AC1
G2
AC2
AC2
G2
AC2
AC2
G2
RD
AC
AC
+
--
D
+
+
--
AC1
AC2
G1
AC1
AC1
G1
AC1
+
--
--
Complete product specifications available at:
www.crydom.com
35-50Amp
B48-2T, B48-2
B-2T, B-2
25-42.5Amp
Diode Modules
Single and Three Phase Circuits
Up to 1600 Volt Blocking Standard
Single- and three-phase diode circuits come in panel mount package that provides 2500 Vrms
isolation from the terminals to the ceramic base. Available in ratings up to 1600 Volts, all
models are UL recognized under file E72445.
SCR/Diode Modules
Eight Standard Circuits
AC or DC Variable Voltage Output to 15KW
Modules come in eight standard circuits and are designed to control AC and DC variable voltage
output up to 15KW. The package comes with standard .250 quick-connect terminals. All modes
have 2500 Vrms isolation and are UL recognized under file E72445. Optional isolation barriers
are available.
PART NUMBER IDENTIFICATION
Series
B48
Circuit Type
1-5
(see schematic
diagrams)
Voltage
B
C
E
F
G
H
- 400 (120Vac)
- 600 (240Vac)
- 1000 (380Vac)
- 1200 (480Vac)
- 1400 (530Vac)
- 1600 (600Vac)
Case Style
-2T
-2
(Standard)
With Isolation Barriers
PART NUMBER IDENTIFICATION
Series Current
B
5 - 25 Amps
6 - 42.5 Amps
Circuit Type
1-8
(see schematic
diagrams)
AC Line Voltage
1 - 120 Vac
2 - 240 Vac
3 - 280 Vac
4 - 480 Vac
Example: B512FSE-2T
Options*
F - Free Wheeling Diode
(Circuits 1 & 2 Only)
SE
- External Suppressor
(-2T Only, Circuits 1-6 Only)
Case Style
-2T (Standard)
-2 With Isolation
Barriers
Example: B483C-2T
ELECTRICAL SPECIFICATIONS
SINGLE PHASE
I
D
V
F
T
J
Maximum DC Output Current (Tc = 85°C)
Maximum Voltage Drop @ Amps Peak
Operating Junction Temperature Range
35A
1.25V @ 35A
-40°C to +125°C
ELECTRICAL SPECIFICATIONS
THREE PHASE
50A
1.35V @ 50A
-40°C to +125°C
I
D
V
F
T
J
di/dt
dv/dt
Maximum DC Output Current (Tc = 85°C)
Maximum Voltage Drop @ Amps Peak
Operating Junction Temperature Range
Critical Rate of Rise of On-State Current @ TJ=125°C
Critical Rate of Rise of Off-State Voltage
B5
25A
1.65V @ 25A
-40°C to +125°C
100A/s
500V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
250A
260
60mA
2.5V
0.5W
5.0V
0.9°C/W
2500 V
RMS
B6
42.5A
1.6V @ 42.5A
-40°C to +125°C
100A/s
500V/s
120 (400 V
RRM
)
240 (600 V
RRM
)
280 (800 V
RRM
)
480 (1200 V
RRM
)
600A
1500
80mA
3.0V
0.5W
5.0V
0.7°C/W
2500 V
RMS
V
RRM
Repetitive Peak Reverse Voltage
(Ac Line Input Voltage)
V
RMS
AC Line Input Voltage
(Repetitive Peak Reverse Voltage)
I
TSM
I
2
T
I
GT
V
GT
G(AV)
I
TSM
I
2
T
R
qJC
V
ISOL
Maximum Non-Repetitive Surge Current
( 1/2 Cycle, 60Hz)
Maximum I
2
T for Fusing (t=8.3ms)
Maximum Thermal Resistance Junction to
Ceramic Base per Chip
Isolation Voltage
600A
1500
0.9°C/W
2500 V
RMS
600A
1500
0.9°C/W
2500 V
RMS
Maximum Non-Repetitive Surge Current
( 1/2 Cycle, 60Hz)
Maximum I
2
T for Fusing (t=8.3ms)
Maximum Required Gate Current
to Trigger @ 25°C
Maximum Required Gate Voltage
to Trigger @ 25°C
Average Gate Power
B48-2T
AC
AC
B48-2
+
P V
GM
Maximum Peak Gate Voltage (Reverse)
R
q JC
Maximum Thermal Resistance Junction to
Ceramic Base per Chip
V
ISOL
Isolation Voltage
1
AC
+
AC
AC
AC
+
--
+
B-2T
+
--
AC1
G1
G2
B-2
--
+
G1
G2
B-2T
AC2
AC2
B-2
AC2
AC2
+
--
+
G2
G2
G1
G1
G1
G2
AC
AC1
AC1
AC1
AC2
AC2
AC1
AC1
AC2
--
+
--
--
+
+
AC1
AC2
--
AC
--
+
AC
AC1
AC1
AC2
AC2
AC1
2
AC
AC2
AC2
--
+
--
--
+
+
G1
AC1
AC2
3
AC
--
G2
G1
G1
G2
AC1
AC2
AC2
AC1
AC1
AC
AC
AC
--
+
G4
--
--
G4
--
+
+
AC
AC
+
AC
4
G3
AC2
G4
8
G3
G3
G2
G2
G1
G2
+
G1
AC
4
AC
AC2
G1
AC1
AC2
G1
AC1
--
+
--
5
AC
--
Complete product specifications available at:
www.crydom.com
AC
AC
+
AC
+
AC
AC
--
AC
*F option available in 1 and 2 circuits only, SE option available on -2T in circuits 1-6 only.
AC
AC
AC
+
--
AC
+
G2
--
+
AC
AC
+
AC1
G1
G2
G1
G2
AC
+
--
G2
--
AC
+
G1
--
3
7
AC
+
G
AC
AC
+
+
AC2
G1
AC1
G1
G2
6
G2
G2
+
G1
G1
G1
G2
G1
+
AC2
G2
+
B48-2T
B48-2
AC1
G1
G2
AC1
--
+
AC
G2
G1
2
AC
1
5
FPGA/CPLD
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
