Low leakage current type
Ordering information
NAM series
NAM -10 -000
1
2
3
4
-O
R
1
Model Name
2
Rated Current
3
Line to ground capacitor code:See table 1.1.
table1.1 Line to ground capacitor code
Code
000
101
221
331
471
*
Line to ground
Leakage Current
capacitor
(Input 125/250V 60Hz)
(nominal value)
A/ 10 A max
Not Provided
5
100pF
12.5 A/ 25 A max
A/ 50 A max
220pF
25
330pF
37.5 A/ 75 A max
A/100 A max
470pF
50
When the line to ground capacitor code is
different, the attenuation characteristic is
different.
4
Options
D :DIN rail installation type
The terminal cover is retracted inside the unit
DIN rail installation type is option
*
The dimensions change when the option is set.
Refer to External view.
Features of NAM series
Low leakage current type
-
Single Phase 250 VAC
-
Push down type terminal block
Specifications
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Items
Rated Voltage[V]
Rated Current[A]
Test Voltage (Terminal-Mounting Plate)
Isolation Resistance (Terminal-Mounting Plate)
Leakage current 125/250V 60Hz
Voltage drop
Safety agency approval temperatures
Operating temperature
Operating humidity
Storage temperature/humidity
Vibration
Impact
Safety agency approvals
Case size (without projection) /Weight
NAM-04-000
4
NAM-06-000
6
NAM-10-000
10
NAM-16-000
16
NAM-20-000
20
NAM-30-000
30
AC 1f 250 / DC250
2,500 VAC (Cutoff Current = 20mA), 1minute at room temperature and humidity
500 VDC 100MW min at room temperature and humidity
5 A/10 A max
1.0V max
-25 to +85C (Refer to Derating Curve)
-40 to +85C (Refer to Derating Curve)
20 to 95%RH (Non condensing)
-40 to +85C/20 to 95%RH (Non condensing)
10 to 55Hz, 19.6m/s
2
(2G), 3min. Period, 1hour each X, Y and Z axis
196.1m/s
2
(20G), 11ms Once each X, Y and Z axis
UL1283, CSA C22.2 No.8 (C-UL), DIN EN60939 VDE0565 Teil3-1, ENEC (At only AC input)
53X41X92 mm [2.09X1.61X3.62 inches] (WXHXD) /300g max (Option : -D refer to external view)
Circuit Diagram
Case
Derating Curve
100
3
LOAD
4
Load Factor [%]
80
60
40
20
0
-40
CY : Line to ground capacitor
: Mounting Plate
-30
-20
40
50 55 60
70
80
90
1
LINE
2
CY
CY
Ambient Temperature [C]
NA-2
NAH,NAC,NAM,NAP series
External view
As this product is adopted push-down type terminal block, this appearance is as follows.
1The
terminal cover is retracted inside the unit.
2The
screws for connecting the terminals are held in the up right position.
Standard Type
[3.62]
92
82
±
0.5
77
[3.23]
(2.5)
2-Protection Earth
[0.1]
2-f4.8
Mounting Hole
Input
Terminal
[0.19]
[1.06]
27
[3.03]
[0.31]
8
[0.59]
Input
Terminal
6-M4
Terminal cover
¶
Closed the terminal cover
Terminal cover
Output
Terminal
Mounting Plate
[0.08]
(2)
[1.61]
41
[0.47]
12
¶
Tolerance :
±1
[±0.04]
¶
Weight : 300g max
¶
Mounting Plate : Iron (surface finishing:nickel plating) t=1.0 [0.04]
¶
Case : PBT
¶
Dimensions in mm, [
]=inches
¶
Terminal block screw tighting torque M4:1.6N-m (16.9kgf-cm) max
DIN rail installation Type
[3.62]
[3.03]
92
77
(11)
[0.43]
[2.09]
15
53
Name Plate
45
±
0.5
[1.77]
Output
Terminal
(2.5)
2-Protection Earth
[0.1]
[1.06]
27
[0.31]
8
Input
Terminal
Name Plate
Output
Terminal
Output
Terminal
12
[0.59]
Input
Terminal
6-M4
Terminal cover
¶
Closed the terminal cover
Terminal cover
Mounting Plate
[0.08]
(2)
¶
Tolerance :
±1
[±0.04]
[1.61]
41
¶
Weight : 300g max
¶
Mounting Plate : Iron (surface finishing:nickel plating) t=1.0 [0.04]
¶
Case : PBT
¶
Dimensions in mm, [
]=inches
[0.35]
¶
Terminal block screw tighting torque M4:1.6N-m (16.9kgf-cm) max
DIN rail
[0.28]
(9)
¡
Note when installing the EMI/EMC
Filter on a DIN rail.
When the EMI/EMC Filter is grounded through
the DIN rail, the proper noise attenuation may not
be achieved.
Be sure to connect the protection earth (PE) of
the EMI/EMC Filter body to the earth.
It can connect the ground to either one only.
Name Plate
7
[0.47]
[2.09]
15
53
DIN rail
NA-5
Mouser Electronics
Authorized Distributor
Click to View Pricing, Inventory, Delivery & Lifecycle Information:
Cosel
:
NAM-04-101 NAM-04-101-D NAM-04-221 NAM-04-221-D NAM-30-000 NAM-30-000-D NAM-30-000-DXE NAM-
30-000-DXU NAM-16-000-DXE NAM-16-000-DXU NAM-20-000 NAM-20-000-D NAM-20-000-DXE NAM-20-000-
DXU NAM-10-000 NAM-10-000-D NAM-10-000-DXE NAM-10-000-DXU NAM-16-000 NAM-16-000-D NAM-04-000
NAM-04-000-D NAM-06-000 NAM-06-000-D NAM-06-000-DXE NAM-06-000-DXU NAM-30-331-DXE NAM-30-
331-DXU NAM-30-471 NAM-30-471-D NAM-30-471-DXE NAM-30-471-DXU NAM-30-221 NAM-30-221-D NAM-30-
221-DXE NAM-30-221-DXU NAM-30-331 NAM-30-331-D NAM-20-471-DXE NAM-20-471-DXU NAM-30-101 NAM-
30-101-D NAM-30-101-DXE NAM-30-101-DXU NAM-20-331 NAM-20-331-D NAM-20-331-DXE NAM-20-331-DXU
NAM-20-471 NAM-20-471-D NAM-20-101-DXE NAM-20-101-DXU NAM-20-221 NAM-20-221-D NAM-20-221-DXE
NAM-20-221-DXU NAM-16-471 NAM-16-471-D NAM-16-471-DXE NAM-16-471-DXU NAM-20-101 NAM-20-101-D
NAM-16-221-DXE NAM-16-221-DXU NAM-16-331 NAM-16-331-D NAM-16-331-DXE NAM-16-331-DXU NAM-16-
101 NAM-16-101-D NAM-16-101-DXE NAM-16-101-DXU NAM-16-221 NAM-16-221-D NAM-10-331-DXE NAM-10-
331-DXU NAM-10-471 NAM-10-471-D NAM-10-471-DXE NAM-10-471-DXU NAM-10-221 NAM-10-221-D NAM-10-
221-DXE NAM-10-221-DXU NAM-10-331 NAM-10-331-D NAM-06-471-DXE NAM-06-471-DXU NAM-10-101 NAM-
10-101-D NAM-10-101-DXE NAM-10-101-DXU NAM-06-331 NAM-06-331-D NAM-06-331-DXE NAM-06-331-DXU
NAM-06-471 NAM-06-471-D NAM-06-101-DXE NAM-06-101-DXU
FPGA/CPLD
