S Series

Part #

IR
L
L2
VRRM
Single Phase Bridge
Part # SB53A03Z0111S

IR100 μA
L-311.75 in
L211.75 in
VRRM-211000 V
Part # SB56A14Z0111S

IR100 μA
L-311.75 in
L211.75 in
VRRM-24000 V
Doubler
Part # SD15A09Z0817S

IR100 μA
L-316.25 in
L216.25 in
VRRM-232000 V
Part # SD16A14Z0625S

IR100 μA
L-322.25 in
L222.25 in
VRRM-224000 V
Part # SD17A12Z0817S

IR100 μA
L-316.25 in
L216.25 in
VRRM-28000 V
Three Phase Bridge
Part # SE53A03Z0223S

IR100 μA
L-320.75 in
L220.75 in
VRRM-222000 V
Part # SE55A09Z0111S

IR100 μA
L-311.75 in
L211.75 in
VRRM-24000 V
Part # SE58A36Z0323S

IR100 μA
L-320.75 in
L220.75 in
VRRM-23000 V
Halfwave Bridge
Part # SH13A03Z0508S

IR100 μA
IFSM150 A
L-39.5 in
L29.5 in
Part # SH13A03Z1320S

IR100 μA
IFSM150 A
L-318.5 in
L218.5 in
Part # SH15A09Z2020S

IR100 μA
IFSM370 A
L-318.5 in
L218.5 in
Part # SH16A14Z0612S

IR100 μA
IFSM1050 A
L-312.5 in
L212.5 in
Part # SH18A36Z3434S

IR100 μA
IFSM1050 A
L-329 in
L229 in
Part # SH19B11Z1633S

IR100 μA
IFSM3000 A
L-328.25 in
L228.25 in

Notes

The true VRRM of an MOV compensated unit is 2 times the max applied voltage. In this case the Max Applied Voltage of the assembly is limited by the Max Operating Voltage of the MOV used. Max Applied Voltage is the max safe peak voltage that can be repeatedly applied to the rectifier.