Phoenix Contact 1889262 Clamp cap 1.50 mm² Spring-loaded Terminal Green

The Phoenix Contact 1889262 is a green, spring-loaded terminal designed for printed circuit boards, accommodating wires up to 1.50 mm² with a single pin. Its key feature is the secure, tension-spring mechanism ensuring reliable connections without requiring screws. This component is typically used in electrical applications needing compact, durable connections, such as in industrial equipment or automation systems.

Pitch	5mm
No of Ways Per Row	1
No. of Rows	1
Current Rating	16A
Colour	Green
Wire Gauge (AWG)	14AWG
Wire Gauge (mm²)	1.5mm²
Angle PCB/conductor connection	N/A
AWG (min.)	24
Connectable conductor cross section fine-strand with cable end sleeve	0.25 - 1.5mm²
Connectable conductor cross section fine-strand without cable end sleeve	0.2 - 1.5mm²
Connectable conductor cross section multi-wired	2.5 - 2.5mm²
Connectable conductor cross section solid-core	0.2 - 2.5mm²
Connection type conductor	Spring clamp connection
Connection type PCB	Soldering connection
Connector orientation	At an angle (to the PCB)
Contact Material	Cathode copper, tin plated
Cross section (flexible) (min.)	0.20mm²
Cross section (inflexible) (min.)	0.20mm²
Degree of protection (IP), mounted	N/A
Diameter connection pin	N/Amm
Enclosure material	Polyamide 6.6
Height	14.10mm
Housing Colour	Green
Inflammability class of insulation material according to UL94	V0
Length	5.08mm
Length pin	3.5mm
Material connection surface	Tin
Material insulation body	Other
Min. stripping length	7mm
Misc Attribute 1	ZFKDSA 1,5C-6,0
Misc Attribute 2	ZFKDSA 1.5C-6.0
Modular spacing connections	5mm
Nominal Voltage	400V
Number of electrical connections	1
Number of levels	1
Number of Pins	1
Operating Temperature	-40 - 105°C
Overvoltage category	III
Pollution degree	2
Rated current In	16A
Rated Surge Voltage	4kV
Rated voltage	400V
Series	ZFKDS(A)
Stripping length (max.)	7mm
Type of banding	Carton (for SMD)
Type of fastening	Solder
Type of PCB fastening	Connecting contact
Width	15.75mm
Wire protection	Yes