Thermik N01 100C PCB Tipi Pinli Termik Koruyucu

Name: Thermik N01 100C PCB Tipi Pinli Termik Koruyucu
Brand: Thermik
SKU: T53
Price: 45.12 TRY
Availability: InStock

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FİYAT :

37,60 TL + KDV

KDV DAHİL FİYATI : 45,12 TL

Adet

Specially flat design	to fit closely built-up circuits
Quick response sensitivity	Featured by small protector mass and the metal-housing
Excellent long term performance	due to instantaneous switching, fine silver contacts, constant contact resistance and to electrically as well as mechanically unstressed bimetallic disc, reproducible switching temperature values
Instantaneous switching	with always constant contact pressure up to the nominal switching point, resulting in low contact stress
Very short bounce times	< 1 ms
Temperature resistance by	use of high temperature resistant materials and components

Nominal switching temperature (NST) in 5 °C increments	60 °C - 200 °C
Tolerance (standard)	±2,5 K / ±5 K
Reverse Switch Temperature (defined RST is possible at the customer‘s request)	UL / ≥ 35° C (≤ 80° C NST) / -35 K ± 15 K (≥ 85°C ≤ 180° C NST) / -65 K ± 15 K (≥ 185° C ≤ 200° C NST) / VDE ≥ 35 °C
Installation height	from 3,4 mm
Diameter	10,0 mm
Length of the connection pins	14,0 mm / 20,0 mm
Resistance to impregnation *	suitable
Suitable for installation in protection class	I
Pressure resistance to the switch housing*	450 N
Standard connection Connecting wire with	d = 0,5 mm
Available approvals (please state)	IEC; ENEC; VDE; UL; CSA; CQC
Operational voltage range AC/DC	up until 500 V AC / 14 V DC
Rated voltage AC	250 V (VDE) 277 V (UL)
Rated current AC cos ϕ = 1.0/cycles	2,5 A / 10.000
Rated current AC cos ϕ = 0.6/cycles	1,6 A / 10.000
Max. switching current AC cos ϕ = 1.0/cycles	6,3 A / 3.000 \| 7,5 A / 300
Rated current AC cos ϕ = 0.4/cycles	1,8 A / 10.000
Max. switching current AC cos ϕ = 0.4/cycles	7,2 A / 1.000
Rated voltage DC	12 V
Max. switching current DC/cycles	40,0 A / 5.000
Total bounce time	< 1 ms
Contact resistance (according to MIL-STD. R5757)	≤ 50 mΩ
Vibration resistance at 10 ... 60 Hz	100 m/s²