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Phoenix Contact 1773170 Print terminal 2.5 mm² Number of pins 4 Green 20 pc(s) Piece
Packaging type
Piece
Product type
Print terminal
CS
5 mm
Pins per row
4
Number of pins
4
Datasheet (PDF)
EAN:
Part number:
Item no:
Technical specifications
- Screw thread M2.5
- Mounting type: Wave soldering
- Number of ports: 4
- Pluggable: Yes
- Tightening torque: 0.4 Nm ... 0.5 Nm
- Surface finish: Tin-plated melt dip
- Metal surface solder area (cover layer): Tin (5 - 7 µm Sn)
- Insulating material: PA
- Insulating material group: I
- Overall height (height without solder pin) 18.5 mm
- Pin length 4.2 mm
- Pin dimensions 0.8 x 0.8 mm
- Rated surge voltage (III/3) 4 kV
- Frequency 10 - 150 - 10 Hz
- Nominal cross-section 2.5 mm²
- Packaging type
Piece
- Type
FRONT 2,5-H/SA10/ 4
- Product type
Print terminal
- Features
+ snap-in nib
- CS
5 mm
- No. of rows
1
- Pins per row
4
- Number of pins
4
- Stripping length (max.)
9 mm
- Connection
Screws
Print
- Nominal current
24 A
- Cross section (flexible) (min.)
0.2 mm²
- Nominal current - rounded value
24 A
- Cross section (inflexible) (min.)
0.2 mm²
- Cross section (flexible) (max.)
2.5 mm²
- Cross section (inflexible) (max.)
2.5 mm²
- AWG (min.)
24
- AWG max.
14
- Contact material
Cu-alloy, tin plated
- Enclosure material
Polyamide
- Factory colour
Green
- Actuation direction
Parallel (to the PCB)
- Manufacturer part #
1773170
- Content
20 pc(s)
- Nominal voltage
400 V
- Width
22.5 mm
- Height
22.7 mm
- Length
18.5 mm
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 2209343 Phoenix Contact 1773170 Print terminal 2.5 mm² Number of pins 4 Green 20 pc(s) Piece
Datasheet 2209343 Phoenix Contact 1773170 Print terminal 2.5 mm² Number of pins 4 Green 20 pc(s) Piece
User & Safety Instructions
User & Safety Instructions 2209343 Phoenix Contact 1773170 Print terminal 2.5 mm² Number of pins 4 Green 20 pc(s) Piece
Description
Well-known connection principle allows worldwide use. Low heating due to highest contact force. Allows two conductors to be connected. Operation and conductor connection from one direction enables integration into the front of the device. Double solder pins reduce the mechanical stress on the solder joints. Lateral locking allows individual composition of different number of poles.
This text is machine translated.
This text is machine translated.