Rev. E, May 2022
2014
3
A
1)
1)
1)
2)
2)
250 mA (100% duty cycle)
The connector (M12) is not included in delivery but
can be ordered separately.
(see page 22 - Accessories)
The limit switch has no PE connection.
300 V (PIN 1-3)
1) Order number without orifices.
2) Order number with standard orifice configuration. The configuration must be checked for the particular application.
For assistance with orifice configuration please contact Moog.
N-RSE16HV6T0WX1BO0/Z2 XSB10360-106N01
N-RSE25HV6T0WX1BO0/Z2 XSB10361-106N01
N-RSE32HV6T0WX1BO0/Z2 XSB10362-106N01
N-RSE40HV6T0WX1BO0/Z2 XSB10363-106N01
N-RSE50HV6T0WX1BO0/Z2 XSB10364-106N01
N-RSE63Hl6T0WX1BO0/Z2 XSB10365-103N01
XSB10360-120N01
N-RSE25HV6T0WX1BO0/P14;A14;Z2 XSB10361-120N01
N-RSE32HV6T0WX1BO0/P15;A15;Z2 XSB10362-120N01
N-RSE40HV6T0WX1BO0/P20;A20;Z2 XSB10363-120N01
N-RSE50HV6T0WX1BO0/P25;A25;Z2 XSB10364-120N01
N-RSE63Hl6T0WX1BO0/P25;A25;Z2 XSB10365-120N01
1)
2)
1)
2)
1)
2)
1)
2)
1)
2)
1)
2)
N-RSE16HV6T0WX1BO0/P09;A09;Z2
N-RSE16HV6T0WX2BO0/Z2 XSB10360-206N01
N-RSE25HV6T0WX2BO0/Z2 XSB10361-206N01
N-RSE32HV6T0WX2BO0/Z2 XSB10362-206N01
N-RSE40HV6T0WX2BO0/Z2 XSB10363-206N01
N-RSE50HV6T0WX2BO0/Z2 XSB10364-206N01
N-RSE63Hl6T0WX2BO0/Z2 XSB10365-203N01
N-RSE16HV6T0WX2BO0/P09;A09;Z2 XSB10360-220N01
XSB10361-220N01
N-RSE32HV6T0WX2BO0/P15;A15;Z2 XSB10362-220N01
XSB10363-220N01
XSB10364-220N01
N-RSE63Hl6T0WX2BO0/P25;A25;Z2 XSB10365-220N01
N-RSE25HV6T0WX2BO0/P14;A14;Z2
N-RSE40HV6T0WX2BO0/P20;A20;Z2
1)
2)
1)
2)
1)
2)
1)
2)
1)
2)
1)
2)
N-RSE50HV6T0WX2BO0/P25;A25;Z2
3) Order number without orifices.
Note: No installation of orifices possible at sizes 80 and 100.
1) Order number without orifices.
2) Order number with standard orifice configuration. The configuration must be checked for the particular application.
For assistance with orifice configuration please contact Moog.
XSB10360-606N01
XSB10361-606N01
XSB10362-606N01
XSB10363-606N01
XSB10364-606N01
XSB10365-603N01
N-RSE80HT6T0WX3 XSB10366-302N01
100 127,1 N-RSE100HT6T0WX3 XSB10367-302N01
1)
2)
1)
2)
1)
2)
1)
2)
1)
2)
1)
2)
3)
3)
N-RSE16HV6T0WX6/Z2
N-RSE25HV6T0WX6/Z2
N-RSE32HV6T0WX6/Z2
N-RSE40HV6T0WX6/Z2
N-RSE50HV6T0WX6/Z2
N-RSE63HL6T0WX6/Z2
XSB10360-620N01
N-RSE16HV6T0WX6/A08;Z2
XSB10361-620N01
N-RSE25HV6T0WX6/A13;Z2
N-RSE32HV6T0WX6/A15;Z2
N-RSE40HV6T0WX6/A20;Z2
N-RSE50HV6T0WX6/A29;Z2
N-RSE63H6T0WX6/A40;Z2
L
XSB10362-620N01
XSB10363-620N01
XSB10364-620N01
XSB10365-620N01
1) Order number without orifices.
N-RSE16HV6T0WX_/OP;Z2 XSB10360-006N01
N-RSE25HV6T0WX_/OP;Z2 XSB10361-006N01
N-RSE32HV6T0WX_/OP;Z2 XSB10362-006N01
N-RSE40HV6T0WX_/OP;Z2 XSB10363-006N01
N-RSE50HV6T0WX_/OP;Z2 XSB10364-006N01
N-RSE63Hl6T0WX_/OP;Z2 XSB10365-003N01
1)
1)
1)
1)
1)
1)
Q
Q=Q 0,46
..
L
p
Q= =
Lnew
200
0,460,23
..
36
from table
Lnew
new
new
l/min
0,588
LEAKAGE AT SWITCHING INT
PO
SIZE
For example: A size 16 valve with a pressure difference of 200 bar and a kinematic oil viscosity of 36 cSt:
With the help of the table and the following equation, valve leakage at the switching point can be calculated in terms of
kinematic oil viscosity and pressure difference over the valve:
6.0 bar (Standard for NB16 - NB50)
SI3
open position monitored
(without DGUV type examination)
SI4
closed position monitored
(without DGUV type examination)
V
FPM/FkM
M
FPM/FkM
+ PUR
N
NBR (Standard)
N
M8
M10
N-ZFDRP06A4k0AS/A06 XEB15159-006N01
N-ZFDRP06A4k0AS/A12 XEB15159-002N01
N-ZFDRP06A4k0AS/A15 XEB15159-001N01
N-ZFDRP06A4k0AS/A20 XEB15159-007N01
N-ZFDRP06A4k0AS/A25 XEB15159-008N01
N-ZFDRP10A4k0AS / CEE10;A20 XEB17522-004N01
N-ZFDRP10A4k0AS / CEE10;A25 XEB17522-005N01
N-ZFDRP10A4k0AS / CEE10;A30 XEB17522-006N01
N-ZFDRP10A4k0AS / CEE10;A35 XEB17522-003N01
N-ZFDRP10A4k0AS / CEE10;A40 XEB17522-002N01
© 05.2022 Moog, Inc.
