58J9A36-01C03N,58J9A36-01C03N pdf中文资料,58J9A36-01C03N引脚图,58J9A36-01C03N电路-Datasheet-电子工程世界

文档预览

Keylock Rotary Switches

SerieS 58

Single Deck, Antistatic

Lock feAtureS

• Minimum Space Behind Panel

• 15,000 Vdc Static Protection

• 5 Tumbler-Plate Security

• In-Panel Key Recoding

Switch feAtureS

• Economical

• Solder Lug or PC Mount

• 36°, 45°, 60°, or 90° Throws

• 1 or 2 Poles Per Switch

• Up to 10 Positions for 1 Pole

• 200 mA for 25,000 Cycles

DiMeNSioNS

in inches (and millimeters)

LOCKWASHER

Ø 1.062 ± .020 (Ø 26,97 ± 0,51)

SHOWN IN THIS VIEW ONLY

MOUNTING NUT

.875 (22,23) ACROSS FLATS

.125 (3,18) THICK

SHOWN IN THIS VIEW ONLY

Standard Style

Ø .900

(Ø 22,86)

36°, 45°, 60°, or 90°

Angle of throw

TERMINAL FOR

POSITION 1

COMMON

TERMINAL

.260 ± .020

Keyslot is shown in

(6,60 ± 0,51)

switch position 1.

Key removal position A.

Key is inserted cut edge down.

.792 ± .020

(20,12 ± 0,51)

.268 ± .015

(6,81 ± 0,38)

.187 ± .015

(4,75 ± 0,38)

POSITION

INDICATOR

ARROW

.625 ± .010

(15,88 ± 0,25)

All terminals are provided

regardless of the number of

active switch positions.

.125 ± .015

(3,18 ± 0,38)

1.875 ± .062

(47,63 ± 1,57)

Grayhill part number and date code marked on label. Customer part number marked on request.

terMiNAL DetAiL

Solder Lug

Rotary Switches

1.957 ± .062

(49,71 ± 1,57)

Pc Mount Style

Dimensions not shown are

the same as above.

36°, 45°, 60, or 90°

Angle of throw

recoMMeNDeD PANeL cut

Solder Lug common

Pc Mount

.629 + .010 –.000

(15,98 + 0,25)

E = .125 ± .015 (3,18 ±0,38)

F = .020 ± .003 (0,51 ±0,08)

A = .064 ± .005 (1,63±0,13)

B = .032 ± .004 (0,81±0,10)

C = .050 ± .010 (1,27±0,25)

D = .062 Ø ± .002 (1,57 Ø ±0,05)

G = .020 ± .003 (0,51 ±0,08)

H = .062 ± .004 (1,57 ±0,10)

.750 + .015 –.000

(19,05 + 0,38)

Grayhill, Inc. • 561 Hillgrove Avenue • LaGrange, Illinois

60525-5997 • USA • Phone: 708-354-1040 • Fax: 708-354-2820 • www.grayhill.com

Keylock Rotary Switches

circuitry

36° Angle of throw

reAr

View

reAr

View

45° Angle of throw

COMMON TERMINAL (1 POLE)

.320

.015 (8,13

0,38) DIAMETER

CIRCLE OF TERMINAL CENTERS

.125

.015

(3,18

0,38)

LOCATION OF COMMONS

2 POLES

COMMON TERMINAL (1 POLE)

.320

.015 (8,13

0,38) DIAMETER

CIRCLE OF TERMINAL CENTERS

.125

.015

(3,18

0,38)

LOCATION OF COMMONS

2 POLES

18˚

POS. 1

36˚

22.5˚

POS. 1

45˚

VIEWED FROM FRONT END; SHOWN IN POSITION 1.

ONE POLE

reAr

View

VIEWED FROM FRONT END; SHOWN IN POSITION 1.

TWO POLE

ONE POLE

reAr

View

TWO POLE

60° Angle of throw

COMMON TERMINAL (1 POLE)

.320

.015 (8,13

0,38) DIAMETER

CIRCLE OF TERMINAL CENTERS

.125

.015

(3,18

0,38)

LOCATION OF COMMONS

2 POLES

90° Angle of throw

COMMON TERMINAL (1 POLE)

.320

.015 (8,13

0,38)

DIAMETER CIRCLE OF

TERMINAL CENTERS

45˚

LOCATION OF COMMONS

2 POLES

.125

.015

(3,18

0,38)

30˚

POS. 1

60˚

POS. 1

90˚

Rotary Switches

VIEWED FROM FRONT END; SHOWN IN POSITION 1.

ONE POLE

TWO POLE

ONE POLE

TWO POLE

Lock SPecificAtioNS

general characteristics

Mounting:

By bushing, nut and lockwasher

keying: All locks keyed alike except by

special order

orientation of keylock Switch:

Lock flats

on both sides with key upright (cut side

down) in position 1.

key removals:

36° Throw Switch

At every position or

At 0° & 180°

45° Throw Switch

At every position or

At 0°, 90°, 180°, 270°

60° Throw Switch

At every position or

At 0°, 180°

90° Throw Switch

At every position or

At 0°, 180°

Optional pulls

Contact Grayhill

Switch SPecificAtioNS

Materials & finishes

keys: Brass; 2 supplied

Lock Barrel & Plug:

Zinc, clear chromate

Lockwasher:

Steel, tin zinc plated

Mounting Nut:

Steel, nickel-plated

tumbler Plates:

Brass

electrical characteristics

Chart is shown for non-shorting contacts and

resistive load and for the life limiting criteria

indicated below. The data for the curve

was measured at sea level, 25°C and 68%

relative humidity. Contact Grayhill for more

information

if any of the following is true: life limiting criteria

are more critical than those listed; more cycles

of operation are required; a larger make

and break current is required; the operating

environment includes elevated temperatures

or reduced pressures.

300

CURRENT

MILLIAMPS

200

100

CYCLES x 1000

Curve A: 220 Vac all angles

of throw.

Curve B: 115 Vac and 30

Vdc for all angles of throw.

Grayhill, Inc. • 561 Hillgrove Avenue • LaGrange, Illinois

60525-5997 • USA • Phone: 708-354-1040 • Fax: 708-354-2820 • www.grayhill.com

Keylock Rotary Switches

Switch SPecificAtioNS

Continued

contact resistance:

Initially:

less than 10 mΩ

End of life: less than 50 mΩ

insulation resistance:

(Between mutually

insulated parts)

Initially:

50,000 MΩ

Minimum:

10,000 MΩ

Breakdown Voltage:

(Between mutually

insulated parts) more than 600 Vac

Life expectancy:

Per chart; cycle is 1

rotation thru all active positions plus a full

return.

carry current:

6A; maximum temperature

rise 20°C

Anti-Static Voltage:

Anti-static types tested to

withstand 15,000 Vdc

Materials and finishes

Mechanical characteristics

Switching Mode: Shorting (make before break)

or non-shorting (break before make) as limited

by the Choices chart

type of contact:

Wiping

Number of terminals:

All switches are provided

with the full circle of terminals regardless of the

number of active positions

Stop Strength:

1.70 Nm maximum (15.0 in-

lbs)

Switching torque:

8 to 16 in-ozs

Switch Base:

Thermoset plastic

Switch housing:

Nylon

Detent rotor:

Nylon

Detent Balls:

Steel, nickel-plated

Detent Springs, and contact Springs:

Stainless steel

common ring: Brass, gold plate over silver

plate

terminals: Brass, gold over silver and nickel

plate

rotor contact:

Precious metal, gold alloy

choiceS AND LiMitAtioNS

Lock Style and

Description*

Switch Style and

Description

Series 58J Switches

J4: Standard–key pulls at Position 1

and at 90 Degree increments

= Standard, Solder Lugs

= Standard, PC Mount

45°

36°

J8: Standard–key Pulls at each

Position

Rotary Switches

J9: Standard–key Pulls at Position 1

and at 180 Degrees

= Standard, Solder Lugs

= Standard, PC Mount

= Standard, Solder Lugs

= Standard, PC Mount

45°

90°

36°

45°

60°

90°

02 to 08

02 to 04

02 to 10

02 to 05

02 to 08

02 to 04

02 to 10

02 to 05

02 to 08

02 to 04

02 to 06

02 to 03

02 to 04

N or S

Angle of

throw

No. of

Decks

Poles/

Deck

Positions

Per Pole**

Shorting or

Non-Shrtg.

*Standard Keylock has anti-static protection. All keylock versions available without anti-static protection, with a reduced overall body length. Contact

Grayhill for more information.

**For single pole switches with maximum positions, specify continuous rotation or fixed stop when ordering.

orDeriNg iNforMAtioN

Series

Lock Style: per Choices Chart J4, J8, J9

Switch Style:

per Choices Chart A or P

Angle of throw:

36, 45, 60 or 90 (per Choices chart)

Number of Decks:

Poles per Deck:

= 1 or 2 (per Choices chart)

Positions per Pole:

02 thru 10 (per Choices chart)

type of contacts:

(per Choices chart)

N = Non-shorting

S = Shorting

Stop Arrangement Suffix:

(needed only for 1-pole switches with maximum positions)

F = Fixed stop between last and first positions

*Leave blank for continuous rotation

58J8A36-01-1-10N-f

Available from your local grayhill Distribu-

tor.

For prices and discounts, contact a local

Sales Office, an authorized local Distributor

or Grayhill.

Grayhill, Inc. • 561 Hillgrove Avenue • LaGrange, Illinois

60525-5997 • USA • Phone: 708-354-1040 • Fax: 708-354-2820 • www.grayhill.com

sle4442 卡的问题: 最近正在做读卡器，用了ncn6001的接口芯片，由于的是第一次做，所以看了很多文档，最后被搞糊涂了。...; wangyehot 嵌入式系统

【信号处理】《高速信号处理FPGADSP设计》: 上好东西啦【信号处理】《高速信号处理FPGADSP设计》 UP UP UP U...; 常见泽1 FPGA/CPLD

测评汇总：全能小网关|CH32V208: BLE5.3+ USB2.0+ 10M Ethernet+ CAN + 4*UART: 活动详情：【全能小网关|CH32V208: BLE5.3+ USB2.0+ 10M Ethern...; EEWORLD社区测评中心专版

FPGA培训--FPGA高级逻辑设计研修班: 一、主管单位：中国高科技产业化研究会主办单位：中国高科技产业化研究会信号处理专家委员会二、研...; 山之鹰嵌入式系统

征集贴：大家有想了解altera FPGA某些方面知识的意愿吗？: 目前论坛开展了Xilinx目标平台的活动，看到许多网友留言询问Altera怎么样？大家想了解Alt...; 小志 FPGA/CPLD

学模拟+【《运算放大器噪声优化手册》读书笔记五】: 《运算放大器噪声优化手册》详细讲解了运算放大器噪声，内容主要包括运算放大器噪声的基本知识、噪声...; Sur 模拟与混合信号