Zhejiang-HKE-HRS4H-S-DC3V-C

Part #	Zhejiang-HKE-HRS4H-S-DC3V-C
Download	Zhejiang-HKE-HRS4H-S-DC3V-C

浙江汇港电器有限公司

SPECIFICATION

Type: HRS4H-S-DC3V Relay (C Type)

线圈参数

1.1

1.2

1.3

1.4

1.5

1.6

1.7

3VDC.

额定电压

线圈电阻

额定电流

吸合电压

释放电压

最大线圈电压

额定功耗

Ω±

10% at 23

℃

120mA

10% at 23

℃

2.1VDC Max.

0.3VDC Min.

3.9VDC(130%

额定电压

)

360mW

触点参数

2.1

2.2

2.3

触点形式

触点材质

触点负载

1 Form C-

转换型

Ag Alloy

Resistive

：

NO:10A 250VAC/24VDC

NC:6A 250VAC/24VDC

28VDC / 250VAC

15A

2500VA, 280W

2.4

2.5

2.6

2.7

2.8

2.9

最大切换电压

最大切换电流

最大切换功率

最小切换电流电压

接触电阻

(

初始值

)

电气耐久性

100mA, 5VDC

Max.100m

at 6VDC 1A

常温下

100,000

次

(1800

次

/h)

试验后

介质耐压值应不小于初始值的

75%

。

空载条件下

10,000,000

次

(18,000 ops/h)

2.10

机械耐久性

其他性能

3.1

3.2

绝缘电阻

介质耐压

(

漏电流

: 1mA)

(1)

触点间

(2)

触点与线圈间

吸合时间

Min.1000M

at 500VDC

750VAC, 1 min , 50/60Hz

1,500VAC, 1 min , 50/60Hz

Max. 10 ms.

3.3

3.4

3.5

3.6

Max. 5 ms.

释放时间

工作温度

储存条件

-40 to +85

℃

(1)

储存温度

(2)

环境

-40 to +85

℃

贮存于无腐蚀性气体的场所，如硫化氢气体或有盐份的空气

中。

贮存于产品不受阳光

直射

的场所，不受

雨淋

的场所。

– 1 –

浙江汇港电器有限公司

3.8

3.9

温

升

线圈

在

℃环境温度下

，

触

点

施加

10A

负载，线圈

用

110%

额

定电压

进行激励

，

用

电阻

法测

线圈温

升

应不

超过

50K

。

端子强

度

拉力和推力

继

电

器结构和

性

能

应无

任何异

常

当用

1kg

的

拉力和推力推

拉继

电

器端子

10s

。

3.10

3.11

可焊

性

在锡

温

为

260

℃的

锡炉

中

浸渍

，

端子

应有

95%

区

域被锡覆盖

。

耐

焊

接

热

在锡

温

为

260

℃的

锡炉

中

浸渍

后

将继

电

器在

常

温常

湿

下

恢复

1.5

小时

，

继

电

器结构和

性

能

应无

任何异

常。

如

果是手

工

焊锡

，

必须在

350

℃的

锡

温下

浸渍

3.5

0.5s

。

接触电阻应小于

100m

Ω。

3.12

3.13

3.14

寒冷

继

电

器在

-40

℃温度下放

置

小时后

将其在

常温常

湿

下

恢复

1.5

小时，

继

电

器结构和

性

能

应无

任何异

常。

接触电阻应小于

100m

Ω。

干热

继

电

器在

105

℃温度下放

置

小时后

将其在

常温常

湿

下

恢复

1.5

小时，

继

电

器结构和

性

能

应无

任何异

常。

接触电阻应小于

100m

Ω。

耐

湿热

继

电

器在

90-95% RH

湿

度，

℃温度下放

置

小时

后

将其在

常温常

湿

下

恢复

1.5

小时，

继

电

器结构和

性

能

应

无

任何异

常。

绝缘电阻应不小于

100 M

Ω，接触电阻应小于

100m

Ω。

3.15

振动

(1)

强

度

继

电

器在

1.5 mm

双振幅

，

～

10Hz

的

频

率下

每个

方向（

、

）振动

，

共

，

继

电

器结构和

性

能

应

无

任何异

常

(2)

稳

定性

(

激励

)

触点

打开

时间不

超过

1ms

或

更长

时间

当继

电

器在

1.5 mm

双振幅

，

～

10Hz

的

频

率下

每个方向（

、

）

经

受

分钟

的

振动

，

共

分钟

。

3.16

冲击

继

电

器在

1,000m/s

加速

度

，

时

间

为

6ms

的条件下

每个方

向（

、

）经

受

次

冲击

，

共

次

冲击

，

继

电

器结构

和

性

能

应无

任何异

常

(1)

强

度

(2)

稳

定性

(

激励

)

触点

打开

时间不

超过

1ms

或

更长

时间

当继

电

器在

100m/s

加速

度，时间

为

11ms

的条件下

每个方向（

、

）经

受

次

冲击

，

共

次

冲击

。

– 2 –

浙江汇港电器有限公司

命名

HRS4 H

–

DC3V

：

继

电

器系列号

：线圈功耗

表示

功耗

为

360mW

：

封胶

型式

塑封

型

：线圈电压

DC3V

：触点形式

代

表

转换型

印字

印字图

号

外壳颜色

印字类

型

–

HRS4-N42

黑色

激

光

印字

外

形

尺寸

安装脚位

接线

图

号

. HKE4.520.022

安全认证

UL NO.E164730

CSA NO.1063016

（

LR 109368

）

TUV NO. 50116136

CQC08002027614

– 3 –

2 4

N – 4 S R H

– Y

HRS4H-S-DC5V

NO:10A 250V~

NC:6A 250V~

10A 120VAC

10A 24VDC

R.C.G

13G4K

1:1

H=1.3

1.3 0.1

H=2.1

HRS4H-S-DC5V

H=1.1

NO:10A 250V~

NC:6A 250V~

10A 120VAC

10A 24VDC

H=1.1

R.C.G

13G4K

H=1.3

2.5:1

HRS4

DC5V

: 0.45W

DC3V, DC5V, DC6V, DC9V

DC24V, DC48V

H: 0.36W

A:1

B:2

C:3

D:4

E:5

F:6

G:7

H:8

I:9

J:10

K:11

L:12

MAKER

HRS4

HRS4 Marking

–

HRS4-N42

NRNT2.E164730 – Switches, Industrial Control – Component

页码，1/2

NRNT2.E164730

Switches, Industrial Control – Component

Page Bottom

Switches, Industrial Control – Component

See General Information for Switches, Industrial Control – Component

ZHEJIANG HKE RELAY CO LTD

28 JIA CUN INDUSTRY AREA

E164730

NINGBO, ZHEJIANG 315135 CHINA

Relays

, Model(s) AC, followed by 3, followed by S, followed by DC, followed by 5V, 6V, 9V, 12V, 18V or 24V, followed by A

Relays

, Model(s) CMP6-S or F6-S, followed by DC5V, 6V, 9V, 12V, or 24V, may be followed by P

Relays

, Model(s) CMP7 or CMP8, followed by Nil or S, followed by DC5V, DC6V, DC24V, DC9V, DC12V, DC24V, DC48V,

followed by A or C

Relays

, Model(s) CMP8(AT)-S followed by DC5V, DC6V, DC9V, DC12V, DC24V or DC48V, followed by A

Relays

, Model(s) HCP, followed by 1, 2 or 3, followed by blank or S, followed by DC, followed by 5V, 6V, 9V, 12V, 18V, 24V,

36V, 48V, followed by A or C, HRA, may be followed by H, may be followed by S, HRB1-S, followed by DC3V, DC5V, DC6V,

DC9V, DC12V or DC24V, HRM, may be followed by 1 or 2, may be followed by H, may be followed by S

Relays

, Model(s) HRM, may be followed by 3, may be followed by H or L, may be followed by S, may be followed by DC3-

DC48 , may be followed by T.

Relays

, Model(s) HRM4, may be followed by H, may be followed by S, followed by DC3-DC24 incl

Relays

, Model(s) HRM4, may be followed by H, may be followed by S, may be followed by DC3 – DC48, followed by SP, HRMF,

followed by DC3V, DC5V, DC6V, DC9V, DC12V, DC18V, DC24V or DC48V

Relays

, Model(s) HRS, may be followed by 3 or 4, may be followed by H, may be followed by A, may be followed by S, followed

by DC3-D48 incl

Relays

, Model(s) HRS1, may be followed by K, may be followed by B or H, may be followed by 3, may be followed by S,

followed by DC, followed by XX, where XX is coil voltage, HRS2, may be followed by B or H, may be followed by S

Relays

, Model(s) HRS2H, followed by S, followed by 3 VDC through 48 VDC, may be followed B, N or T

Relays

, Model(s) HRS3, may be followed by N, may be followed by H, followed by S, followed by DC3V, DC5V, DC6V, DC9V,

DC12V, or DC24V, may be followed by A or C

Relays

, Model(s) HRS3-S, followed by DC3V, DC5V, DC6V, DC9V, DC12V or DC24V, followed by A or C

Relays

, Model(s) HRS3T, may be followed by N, may be followed by H, followed by S, followed by DC, followed by 3V, 5V, 6V,

9V, 12V or 24V, followed by A or C

Relays

, Model(s) HRS4, may be followed by T, may be followed by F, may be followed by H, followed by S, followed by DC,

followed by 3V, through 60V may be followed by a A

Relays

, Model(s) HRS4E, followed by by Blank or H; followed by Blank or S; followed by DC3V, DC5V, DC6V, DC9V, DC12V,

DC18V, DC24V or DC48V; followed by X or G

Relays

, Model(s) L7, may be followed by S, followed by DC6V, DC12V, DC24V, DC48V, DC100V, DC110V, AC6V, AC12V,

AC24V, AC48V, AC100V, AC120V, AC220V, AC240V, followed by 1A or 2A, followed by 2P or 2Q

http://database.ul.com/cgi-bin/XYV/template/LISEXT/1FRAME/showpage…. 2010-1-12

NRNT2.E164730 – Switches, Industrial Control – Component

页码，2/2

Relays

, Model(s) V6, may be followed by S, followed by DC3V, DC5V, DC6V, DC9V, DC12V, DC18V, DC24V or DC48V

Relays, open type

, Model(s) AC5, may be followed by N, may be followed by S, followed by DC, followed by 5V, 6V, 9V, 12V,

18V or 24V

Relays, open type

, Model(s) F5, may be followed by H, followed by DC, followed by 3V, 5V, 6V, 9V, 12V, 18V, 24V or 48V,

followed by P1,P2 or P3

Relays, open type

, Model(s) HCP4, may be followed by S, followed by DC, followed by 5V, 6V, 9V, 12V, 18V, 24V, 36V, or

48V, followed by A or C.

Relays, open type, for use in industrial application

, Model(s) LH-DC12V-Q-2C

Marking: Company name or tradename “E164730” or trademark

Last Updated on 2010-01-10

and model designation.

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Questions?

Notice of Disclaimer

The appearance of a company’s name or product in this database does not in itself assure that products so identified have been

manufactured under UL’s Follow-Up Service. Only those products bearing the UL Mark should be considered to be Listed and

covered under UL’s Follow-Up Service. Always look for the Mark on the product.

UL permits the reproduction of the material contained in the Online Certification Directory subject to the following conditions: 1.

The Guide Information, Designs and/or Listings (files) must be presented in their entirety and in a non-misleading manner,

without any manipulation of the data (or drawings). 2. The statement “Reprinted from the Online Certifications Directory with

permission from Underwriters Laboratories Inc.” must appear adjacent to the extracted material. In addition, the reprinted

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Zhejiang-HKE-HRS4H-S-DC3V-C

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