Han Waterproof Connector Dual-Lever Hood (Angle)

Brand :

MISUMI

Caution

Product Description

2 Lever-model Angle Hood

● Waterproof connector hood with cable horizontal lead, which can be incorporated in connectors of each series, depending on the number of pins.
● Attachment and detachment of the mating connector is performed by operating two levers on the panel side, so coupling after fixation is stable.

· The connection counterparts are available as dual lever model panel bases, relay hoods or relay bases.
·Use cable clamps for the cable outlets to retain the waterproof function.

Specifications

Han Waterproof Connector Dual-Lever Hood (Angle):Related Image

Model	Hood Type	Weight g
Model	Hood Type	Weight g
0930-010-1521	E Type	149.0
0930-010-0523		165.4
0930-016-1520		205.2
0930-016-0521		224.7
0930-024-1520		240.0
0930-024-0521		266.7
0930-032-0521		521.0
0930-032-0522		541.0
0920-032-1520	A Type	198.3
0920-032-0521	A Type	252.4

Example

Features of the Han Series Connector

Han-E Series
Core numbers from 6-core to 48-core are available, and a large Han-E type hood is used. Rated current can be up to 16 A and voltage up to 500 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed, so it is especially suitable as a power connector. Connection method is the screw-fastening mounting method. UL and CSA standards are acquired. (For international standards, see P.A2-227).

Han-A Series
Core numbers from 3-core to 32-core are available, and the Han-A type hood, which is smaller than the Han-E type, is used. Rated current can be up to 10 A (3 cores), 16 A (10 cores, 16 cores) and voltage up to 250 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed. Connection method is the screw-fastening mounting method. UL and CSA standards are acquired.

Han-D Series
Core numbers from 7-core to 128-core are available, and either Han-A type or Han-E type hoods can be used depending on the number of cores. With a high-density arrangement, it is ideal as a multi-core connector for general signals. Rated current can be up to 10 A and voltage up to 250 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed. Connection method is the crimping method. UL and CSA standards are acquired.

Han-DD Series
Core numbers from 24-core to 108-core are available, and a large Han-E type hood is used. With an ultra-high-density arrangement, it is ideal for use as a super-multi-core connector. Rated current can be up to 10 A and voltage up to 250 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed. Connection method is the crimping method. UL and CSA standards are acquired.

(Note 1) When setting up the rated voltage for the VDE0110, the voltage is set so that it can be used safely in its actual usage environment. To do so, it sets a rated voltage suitable for each environment by pre-dividing into groups for the environment in which it is used. The compatible pollution degree 3 environment of this product is as follows.

Pollution degree 3: Industrial and agricultural environments without air-conditioning including warehouses, boiler rooms, and repair shops, and factories etc. with machine tools and assembly devices.
* Equivalent to the former insulation group C.

Materials / Finish

Item	Material / Finish
Hood	Aluminum Die-cast / Gray *
Base for Panel	Aluminum Die-cast / Gray **
Contact	Copper Alloy (Silver Plating)
Insulator	Glass-Filled Thermoplastic Synthetic Resin (UL)

* Some products are plastic. Check each page for details.
** The lever material is in the process of being changed from iron to polycarbonate, but there are no changes in operating temperature or other specifications.

(Note): Regarding the pollution degree, refer to (Note 1) above.
* The Han-DD and Han-D Series can support high voltages depending on how the contacts are arranged.

Specifications

Item			Han-DD: Ultra-high-density Type Connector	Han-D: High-density Type Connector	Han-A: Low Core Number Type Connector	Han-E: Power Supply Connector
Standard Acquired			UL, CSA
Wiring Method			Crimping		Screw Type
Number of Cores			24, 42, 72, 108	7, 15, 25, 40, 50, 64, 80, 128	3, 10, 16, 32	6, 10, 16, 24, 32, 48
Hood Used			Han-E	Han-E, Han-A	Han-A	Han-E
Rated Current (Per 1 Contact)			10 A or lower	10 A or lower	10 A or lower (3-core) 16 A or lower (10-, 16-core)	16 A or lower
Rated Voltage	Conditions (Note)	Pollution Degree 3 by VDE0110	* 250 VAC or less	* 250 VAC or less	250 VAC (3-core only) or less	500 VAC or less
		Under UL	600 VAC or less	600 VAC or less	600 VAC or less	600 VAC or less
		Under CSA	600 VAC or less	600 VAC or less	600 VAC or less	600 VAC or less
Withstand Voltage			2 KVAC	4 KVAC		6 KVAC
Insulation Resistance			1,010 MΩ or more
Contact Resistance			3 mΩ or less		2.5 mΩ or less (3-core is 1 mΩ or less)	1 mΩ or less
Operating Temperature Range			-40°C ~ +125°C
Protection Class			IP65 / with connector coupled, but IP44 for Han-A 3-core
Applicable Electric Wire Conductor Cross-sectional Area			0.14 mm2 ~ 2.5 mm2 or AWG26 ~ AWG14		0.14 mm2 ~ 2.5 mm2 or AWG26 ~ AWG14
Insertion and Removal Life			500 times or more

Ambient Temperature Properties

Series	Electric Wire Conductor Cross-sectional Area	Allowable Current Halved Temperature	Conducting Temperature Limit
Han-E	1.5 mm2	+100°C ~ +110°C	+125°C
Han-E	2.5 mm2	+100°C ~ +110°C	+125°C
Han-A	1 mm2	+70°C ~ +75°C	+125°C
	1.5 mm2	+70°C ~ +75°C	+125°C
	2.5 mm2	+70°C ~ +85°C	+125°C
Han-D	0.75 mm2	+90°C ~ +95°C	+125°C
Han-D	1.5 mm2	+90°C ~ +95°C	+125°C
Han-DD	0.75 mm2	+90°C ~ +95°C	+125°C
Han-DD	1.5 mm2	+95°C ~ +100°C	+125°C

Contact Arrangement Diagram of High Voltage Supporting Han-D and Han-DD

If all contacts of the crimp type Han-D and Han-DD series are used, allowable voltage is 250 VAC, with pollution degree of VDE0110. However, through partial use of the contacts, while the insulation groups are the same, higher voltage becomes allowable. This means that high voltage can be supported safely without having to change the size of the connectors. Also, the same arrangement is possible if 2 connectors are used side by side.

Han-D Series

Han-DD Series

The ● marks in the figure are installed contacts and the ○ marks show where contacts are not used (please do not install)