AHN12005 PANASONIC EW, AHN12005 Datasheet

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AHN12005

Manufacturer Part Number
AHN12005
Description
AHN Relay
Manufacturer
PANASONIC EW
Datasheet
ORDERING INFORMATION
HN relays
Contact arrangement
1: 1 Form C
2: 2 Form C
3: 1 Form A (TM type only)
Terminal arrangement
1: AC plug-in type
2: DC plug-in type
5: AC TM type
6: DC TM type
Type classification
0: Standard
1: With LED indication
2: With diode
3: With diode and LED indication
Coil voltage
05:
X0:
X1:
Y0:
Note: Products conform to UL/C-UL and VDE, as standard.
http://www.mew.co.jp/ac/e/environment/
RoHS Directive compatibility information
5 V, 06: 6 V, 12: 12 V, 24: 24 V, 48: 48 V
100/110 V AC, 100 V DC
110/120 V AC, 110 V DC
200/220 V AC, Y2: 220/240 V AC
(VDE under application for TM type.)
AHN
All Rights Reserved © COPYRIGHT Matsushita Electric Works, Ltd.
HIGH POWER BIFURCATED
FEATURES
1. Slim and compact size
20% smaller (width and height) than
existing model* (with the condition of
screw terminal socket for DIN rail)
*Compared with our HC/HJ relay.
2. High-capacity and high reliability
Max. switching current:
16 A (for 1 Form C type at AC load)
Uses gold-flashed contacts for highly
reliable contact (for 2 Form C type).
3. Environmentally friendly
Cadmium-free contacts and lead-free
solder are used.
4. Slim screw terminal socket and PC
board terminal socket
Utilizes relay-securing hook for easy
relay removal.
One-touch relay removal possible.
Terminal sockets with finger protect
function available.
FLAT/VERTICAL TYPE
CONTACT
5. Full lineup
We added a TM type that can be built into
devices.
TYPICAL APPLICATIONS
Control panels
Power supply units
Molding machines
Machine tools
Welding equipment
Agricultural equipment
Office equipment
Vending machines
Communications equipment
Amusement machines, etc.
HN RELAYS (AHN)
HN (AHN)
(TM type: under application)
VDE

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AHN12005 Summary of contents

Page 1

RoHS Directive compatibility information http://www.mew.co.jp/ac/e/environment/ ORDERING INFORMATION AHN HN relays Contact arrangement 1: 1 Form Form Form A (TM type only) Terminal arrangement 1: AC plug-in type 2: DC plug-in type ...

Page 2

... HN (AHN) TYPES 1. Plug-in type 1 Form C Coil voltage Part No AHN12005 6V DC AHN12006 12V DC AHN12012 24V DC AHN12024 48V DC AHN12048 100V DC AHN120X0 110V DC AHN120X1 12V AC AHN11012 24V AC AHN11024 100/110V AC AHN110X0 110/120V AC AHN110X1 200/220V AC AHN110Y0 220/240V AC AHN110Y2 Note: Packing quantity; Carton: 50 pcs, Case: 500 pcs. ...

Page 3

Specifications Item Type Contact arrangement Max. continuous current (Ambient temperature: –40 to +70°C –40 to +158°F) Between open contacts Initial breakdown Between contact sets voltage Between contact and coil Initial insulation resistance * When using with current of 16 ...

Page 4

HN (AHN) 2. Specifications (Plug-in Standard type and TM type) Characteristics Item Arrangement Contact Initial contact resistance, max Contact material Nominal switching capacity (resistive load) Max. switching power (resistive load) Max. switching voltage Rating Max. switching current Nominal operating power ...

Page 5

Coil temperature rise (1 Form C/DC and 1 Form A/DC types) Measured portion: Inside the coil Ambient temperature 158 16A 100 110 120 130 140 ...

Page 6

HN (AHN type 1 Form A 0.5 .020 4.75 .187 Max. 13 Max. .512 Notes: 1. When mounting the TM type, since the cover is made from polycarbonate, please use a washer in order to prevent damage, deformation, ...

Page 7

HN2 Screw terminal socket 6.45 .254 58 2.283 17.5 .689 7. HN2 Screw terminal socket (Finger protect type) 6.2 0.3 dia. .244 .012 dia. 3.4 0.3 .134 .012 58.5 2.303 41 1.614 23.5 .925 15.5 .610 Note: Use rod ...

Page 8

HN (AHN) 9. HN2 PC board terminal socket 8.4 .331 4 .157 0.3 .012 5 .197 NOTES 1. Coil operating power To ensure proper operation, the voltage applied to both terminals of the coil should ...

Page 9

About the relay-securing hook • Screw terminal socket 1) Installation of the securing hook is easily performed by pressing upward in the direction of the arrows. 2) Removal of the securing hook is easily performed by releasing the hook ...

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