1979140000 LL3R 5.08/36/90 3.2SN OR BX (10 pcs.)

Code: 1979140000

Printed circuit board terminals, 5.08 mm, Number of poles: 36, 90°, Solder pin length (l): 3.2 mm, tinned, orange, Clamping yoke connection, Clamping range, max. : 6 mm², Box

General ordering data

Version	Printed circuit board terminals, 5.08 mm, Number of poles: 36, 90°, Solder pin length (l): 3.2 mm, tinned, orange, Clamping yoke connection, Clamping range, max. : 6 mm², Box
Order No.	1979140000
Type	LL3R 5.08/36/90 3.2SN OR BX
GTIN (EAN)	4032248674282
Qty.	10 items
Product data	IEC: 500 V / 32.5 A / 0.5 - 6 mm² UL: 300 V / 20 A / AWG 26 - AWG 12
Packaging	Box

Dimensions and weights

	32 mm
Depth (inches)	1.26 inch
Height	48.3 mm
Height (inches)	1.902 inch
Height of lowest version	45.1 mm
Width	64.07 mm
Width (inches)	2.522 inch
Net weight	80.3 g

System parameters

Product family	OMNIMATE Signal - series LL
Wire connection method	Clamping yoke connection
Property, clamping point	WireReady
Mounting onto the PCB	THT solder connection
Conductor outlet direction	90°
Pitch in mm (P)	5.08 mm
Pitch in inches (P)	0.2 "
Number of poles	36
Pin series quantity	3
Fitted by customer	Yes
Number of rows	3
Max. adjacent poles per row	24
Solder pin length (l)	3.2 mm
Solder pin dimensions	0.75 x 0.9 mm
Solder eyelet hole diameter (D)	1.3 mm
Solder eyelet hole diameter tolerance (D)	+ 0,1 mm
Number of solder pins per pole	1
Screwdriver blade	0.6 x 3.5
Screwdriver blade standard	DIN 5264
Tightening torque, min.	0.5 Nm
Tightening torque, max.	0.6 Nm
Clamping screw	M 3
Stripping length	6 mm
L1 in mm	55.88 mm
L1 in inches	2.5 "
Touch-safe protection acc. to DIN VDE 0470	IP 20
Touch-safe protection acc. to DIN VDE 57 106	Safe from finger touch
Protection degree	IP20
Insulation strength	≥ 10⁸ Ω

Material data

Insulating material	Wemid (PA)
Colour	orange
Colour chart (similar)	RAL 2000
Insulating material group	I
Comparative Tracking Index (CTI)	≥ 600
Insulation strength	≥ 10⁸ Ω
UL 94 flammability rating	V-0
Contact material	Cu-alloy
Contact surface	tinned
Coating	4-6 μm SN
Tinning type	matt
Layer structure of solder connection	4...6 µm Sn matt
Storage temperature, min.	-40 °C
Storage temperature, max.	70 °C
Operating temperature, min.	-50 °C
Operating temperature, max.	120
Temperature range, installation, min.	-25 °C
Temperature range, installation, max.	120 °C

Conductors suitable for connection

Clamping range, min.	0.08 mm²
Clamping range, max.	6 mm²
Wire connection cross section AWG, min.	AWG 26
Wire connection cross section AWG, max.	AWG 12
Solid, min. H05(07) V-U	0.5 mm²
Solid, max. H05(07) V-U	6 mm²
Flexible, min. H05(07) V-K	0.5 mm²
Flexible, max. H05(07) V-K	4 mm²
w. plastic collar ferrule, DIN 46228 pt 4, min.	0.5 mm²
w. plastic collar ferrule, DIN 46228 pt 4, max.	2.5 mm²
w. wire end ferrule, DIN 46228 pt 1, min.	0.5 mm²
w. wire end ferrule, DIN 46228 pt 1, max.	2.5 mm²
Plug gauge in accordance with EN 60999 a x b; ø	2.8 mm x 2.4 mm; 3.0 mm
Clampable conductor	Cross-section for conductor connection: Type: fine-wired nominal: 0.5 mm² wire end ferrule: Stripping length: nominal: 8 mm Recommended wire-end ferrule: 0409500000 Stripping length: nominal: 6 mm Recommended wire-end ferrule: 0282600000 Cross-section for conductor connection: Type: fine-wired nominal: 0.75 mm² wire end ferrule: Stripping length: nominal: 8 mm Recommended wire-end ferrule: 0409600000 Stripping length: nominal: 6 mm Recommended wire-end ferrule: 0282700000 Cross-section for conductor connection: Type: fine-wired nominal: 1 mm² wire end ferrule: Stripping length: nominal: 8 mm Recommended wire-end ferrule: 0409700000 Stripping length: nominal: 6 mm Recommended wire-end ferrule: 0372600000
Reference text	Length of ferrules is to be chosen depending on the product and the rated voltage. The outside diameter of the plastic collar should not be larger than the pitch (P)

Rated data acc. to IEC

tested acc. to standard	IEC 60664-1 IEC 61984
Rated current, min. number of poles (Tu=20°C)	32.5 A
Rated current, max. number of poles (Tu=20°C)	26 A
Rated current, min. number of poles (Tu=40°C)	27.5 A
Rated current, max. number of poles (Tu=40°C)	22 A
Rated voltage for surge voltage class / pollution degree II/2	500 V
Rated voltage for surge voltage class / pollution degree III/2	320 V
Rated voltage for surge voltage class / pollution degree III/3	250 V
Rated impulse voltage for surge voltage class/ pollution degree II/2	4 kV
Rated impulse voltage for surge voltage class/ pollution degree III/2	4 kV
Rated impulse voltage for surge voltage class/ contamination degree III/3	4 kV
Short-time withstand current resistance	3 x 1s with 120 A

Rated data acc. to CSA

Institute (CSA)	CSA
Certificate No. (CSA)	200039-1202191
Rated voltage (Use group B / CSA)	300 V
Rated voltage (Use group D / CSA)	300 V
Rated current (Use group B / CSA)	20 A
Rated current (Use group D / CSA)	10 A
Wire cross-section, AWG, min.	AWG 26
Wire cross-section, AWG, max.	AWG 12
Reference to approval values	Specifications are maximum values, details - see approval certificate.

Rated data acc. to UL 1059

Institute (UR)	UR
Certificate No. (UR)	E60693
Rated voltage (Use group B / UL 1059)	300 V
Rated voltage (Use group D / UL 1059)	300 V
Rated current (Use group B / UL 1059)	20 A
Rated current (Use group D / UL 1059)	10 A
Wire cross-section, AWG, min.	AWG 26
Wire cross-section, AWG, max.	AWG 12
Reference to approval values	Specifications are maximum values, details - see approval certificate.

Packing

Packaging	Box
VPE length	158 mm
VPE width	133 mm
VPE height	71 mm

Important note

IPC conformity

Conformity: The products are developed, manufactured and delivered according international recognized standards and norms and comply with the assured properties in the data sheet resp. fulfill decorative properties in accordance with IPC-A-610 "Class 2". Further claims on the products can be evaluated on request.

Notes

Rated current related to rated cross-section & min. No. of poles.

Wire end ferrule without plastic collar to DIN 46228/1

Wire end ferrule with plastic collar to DIN 46228/4

P on drawing = pitch

Rated data refer only to the component itself. Clearance and creepage distances to other components are to be designed in accordance with the relevant application standards.