The general purpose Bulletin 800Z Zero-Force Touch Buttons are
designed for use by machine control systems requiring the use of
two hands. An interlinked sensor surface weaves two capacitive
sensors in offset planes for superior product sensitivity.
The 800Z touch buttons are ergonomically designed for ease of
operation. No force is required to operate the switch; simply
touching the surface of the switch will initiate an output. The 800Z
can detect the hand though most industrial gloves.
The contour of the 800Z touch buttons serves two purposes; it
easily conforms to the shape of the hand while helping prevent
defeatability when two-hand control is needed.
Two bi-coloured diagnostic LEDs provide guidance during operation.
The power/fault LED blinks at different rates to provide diagnostic
information to the user. The 800Z detects the presence of a hand
during power-up, noise, and conductive film build-up over time.
Mounting
Cable
Features
•
•
•
•
Zero Force to operate
Ergonomic design
EMC protection
Diagnostic LEDs
Electrical Life
EM-Relay inductive load See Load Life Curves
Vibration
1.5mm (0.06in) 10-55Hz
Shock
100g,11ms half-sine
Load Life Curves for General Purpose Product Line
Relay Output—Maximum DC Load Breaking Capacity
300
200
100
DC Voltage
Relay Output—Electrical Endurance
10
250V AC
10
Resistive Load
Operations
6
50
40
30
20
10
0.1 0.2 0.5
10
5
cosϕ = 1
cosϕ = 0.7
cosϕ = 0.4
1
2
5
10
20
10
4
0
1
2
3
4
5
6
7
8
DC Current (A)
Switching Current (A)
11-2
Two-Hand Control Devices
Zero-Force Touch Buttons
800Z General Purpose
Product Selection
Mounting Hole
Size
Input Voltage Range and
Output Type
85...264V AC Input
Relay Output
Catalogue Number
Guard
6ft Cabled—5-Wire
5-Pin Mini QD
800Z-GF3Q5
800Z-GF3Q5B
800Z-GL3Q5
800Z-GL3Q5B
800Z-GF2Q5
800Z-GF2Q5B
800Z-GL2Q5
800Z-GL2Q5B
889D-F5AC-2
5-Pin Micro QD
800Z-GF3065
No Guard
800Z-GF3065B
Black Guard
30.5 mm
Mounting Hole
800Z-GL3065
No Guard
10...40V DC and 20...30V AC Input
Relay Output
800Z-GL3065B
Black Guard
800Z-GF2065
No Guard
85...264V AC Input
Relay Output
800Z-GF2065B
Black Guard
22.5 mm
Mounting Hole
800Z-GL2065
No Guard
10...40V DC and 20...30V AC Input
Relay Output
800Z-GL2065B
Black Guard
Recommended standard cordset, 2m (6.5ft). See pages 15-12 and 15-10 for additional lengths..
889N-F5AE-6F
Use the configurator below to build an 800Z touch button to suit your application.
800Z – G
a
Input Voltage and Output Type
Code
Description
Relay Output
Input: 10...40V DC and 20...30V AC
Output: Relay
Input: 85...264V AC Output: Relay
Transistor Output
10...30V DC; NPN (Sinking) Output
10...30V DC; PNP (Sourcing) Output
L
a
3
b
c
065
c
B
d
-
e
d
Guard Option
Code
Blank
B
Y
Description
No Guard
Black Guard
Yellow Guard
Electrical Connection
Code
Q4
064
124
244
Q5
065
125
245
Description
Sinking/Sourcing Output
➊
4-Pin QD
6 ft (1.8 m) Cabled
12 ft (3.6 m) Cabled
24 ft (7.2 m) Cabled
Relay Output
➋
5-Pin QD
1.8m (6ft) Cabled
3.6m (12ft) Cabled
7.2m (24ft) Cabled
Code
Blank
K1
K2
K3
L
F
N
P
e
Kit Option
➌
Description
No Kit
24V AC/DC Relay Kit
120V AC Relay Kit
240V AC Relay Kit
b
Mounting Hole Size
Code
2
3
Description
22.5mm (0.88in)
30.5mm (1.20in)
➊
These devices are transistor outputs.
➋
These devices have separate N.O. and N.C. output relays with a shared common.
➌
Safety relays should be used in two-hand control applications. Kits not available for solid-state (transistor output) devices. Kits include two identical touch buttons and one
MSR125HP safety relay with removeable terminals.
11-3
Two-Hand Control Devices
Zero-Force Touch Buttons
800Z General Purpose
Accessories
Description
Colour
Catalogue
Number
800Z-G3AG1
Yellow
These guards prevent accidental activation of the touch
button surface and protect it from damage. Can be used for
both the 22.5mm and 30.5mm mounting products.
Black
800Z-G3AG2
Guards
Mounting Ring Nut for 22.5mm holes.
Used on 22.5mm devices.
Plastic
800Z-G2AH1
Plastic Mounting Kit
Mounting Ring Nut for 30.5mm holes.
Used on 30.5mm devices.
Plastic
800Z-G3AH1
Plastic Mounting Kit
57mm (2.25in)
Extension
60-2681
30.5mm Swivel/Tilt Mounting Assembly
This bracket allows you to orient the touch button in any
position. It can be mounted on any vertical or horizontal
surface. Compatible with 30.5mm mounting only.
29mm (1.15in)
Extension
60-2439
Swivel Assembly
Shiny Metal
30.5mm to 22.5mm Hole Size Adaptor
This adaptor allows a 22.5mm push button operator to be
installed in a panel with existing 30.5mm mounting holes.
Black Metal
800E-AHA1
800E-AHA2
Adaptor
11-4
Two-Hand Control Devices
Zero-Force Touch Buttons
800Z General Purpose
Approximate Dimensions—mm (inches)
40.9
(1.61)
48.3
(1.90)
22mm
Version
Micro Quick
Disconnect
56.9
(2.24)
129.3 (5.09)
35.1
(1.38)
69.9 (2.75)
40.9
(1.61)
30mm
Version
Mini Quick
Disconnect
22mm
Version
Cable
40.9
(1.61)
22.4
(0.88)
129.3 (5.09)
110.3
(4.34)
39.4
(1.55)
General Purpose with Guards
40.9
(1.61)
30mm
Version
Cable
22.4
(0.88)
General Purpose
Typical Wiring Diagram
Electrical Connections: 10...40V DC and 20...30V AC Input Voltage (Relay Output); 85...264V AC Input Voltage (Relay Output)
Note:
Separate N.O. and N.C. output relays with shared common.
Brown (+) L1
Blue (-) L2
Black (N.O.)
White (N.C.)
Gray (Common)
5 Conductor Cabled (Relay Output) for 800Z-GL_ _ _
Electrical Connections: 10...30V DC Input Voltage (Transistor Output); 150mA max. per circuit output
(+)
(-)
(+)
(-)
Brown (+) Blue (-)
Load Black (N.O.)
White (N.C.)
Load
Brown (+) Blue (-)
Black (N.O.) Load
White (N.C.)
Load
4 Conductor Cabled Sinking (NPN)
4 Conductor Cabled Sourcing (NPN)
Applications Details
LED Blink Rate
** ** **
*** *** ***
**** **** ****
Diagnostic
Power Up
Noise Detection
Margin Detection
Description
Device touched during power-up. Device will resume 10 seconds after removal of hand.
Device detected an unacceptable level of noise (>20V/m). Device will resume once noise
subsides.
A conductive film is building up on the sensing surface. Device will resume once cleared.
复杂 IC 不仅吸引了更多系统，而且还吞食着设计者用于建立、评估与校准芯片的测试设备。 芯片设计者正开始在自己的复杂 IC上设计测试与测量仪器。在IC中设计测试仪器的潮流开始于CPU核心与总线的数字调试硬件。现在，设计者也在高速I/O块中建立分析仪器。设计者正在高频芯片的内部作业中集成更复杂的模拟与RF测试仪器，如读取通道IC。 这只是尺度问题。随着系统级 IC 越来越大而复杂...[详细]
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