General information
Short description
PCB Terminal Blocks, Push-in Design
Long description
PCB Terminal Blocks, Push-in Design, Pitch :3.81mm, 300V, 12A
Category
PCB Terminal Blocks
Connection method
Push-in Design
Soldering method
Reflow Soldering (245℃)
Length (mm)
3.81*(P-1)+4.2
Pin demensions (Thickness x Width)(mm)
0.35x0.8
PCB hole diameter (mm)
1.1~1.2
Number of positions
02~24P
Material information
Insulation material
HIGH-TEMPERATURE PLASTICS
Insulation material group
IIIa
Flame retardant rating , compliant with UL94
V0
Insulation resistance
≥500MΩ at DC 500V
Conductor material
COPPER ALLOY
Plating of conductor surface
Tin PLATED
Connection data-IEC
Rated voltage (II/2)(V)
320
Rated voltage (III/2) (V)
160
Rated voltage (III/3)(V)
160
Rated impulse voltage (II/2)(KV)
2.5
Rated impulse voltage (III/2)(KV)
2.5
Rated impulse voltage (III/3)(KV)
2.5
Conductor cross section solid. min (mm²)
0.2
Conductor cross section solid.max (mm²)
1.5
Conductor cross section stranded. min (mm²)
0.2
Conductor cross section stranded. max (mm²)
1.5
Conductor cross section flexible, with min ferrule without plastic sleeve (mm²)
0.25
Conductor cross section flexible, with max ferrule without plastic sleeve (mm²)
1
Conductor cross section flexible, with min ferrule with plastic sleeve (mm²)
0.25
Conductor cross section flexible, with max ferrule with plastic sleeve (mm²)
0.75
Slotted screwdriver size (Blade thickness x Width)(mm)
0.4x2.5
Stripping Length (mm)
8~9
Connection data-UL
Rated voltage (UL/CUL Group B)(V)
300
Rated current (UL/CUL Group B)(A)
12
Rated voltage (UL/CUL Group D)(V)
300
Rated current (UL/CUL Group D)(A)
10
Min. solid wire connection (AWG) acc. to UL/CUL
28
Max. solid wire connection AWG acc. to UL/CUL
14
Min. stranded wire connection AWG acc. to UL/CUL
28
Max. stranded wire connection AWG acc. to UL/CUL
14
Environment & Safety
Finger protection (YES or NO)
YES
Operating temperature. max (°C)
120
Operating temperature. min (°C)
-40
The web catalog is for reference only. Dinkle remains the right of product modification and engineering change of the design. The final product is made according to engineering drawing.