109888-0001 VEEDER ROOT, 109888-0001 Datasheet

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109888-0001

Manufacturer Part Number
109888-0001
Description
Inductive Proximity Sensor
Manufacturer
VEEDER ROOT
Datasheet

Specifications of 109888-0001

Sensor Input
Inductive
Sensing Range
8mm
Supply Voltage Range Dc
20V To 264V
Sensor Housing
Barrel
Sensing Range Max
8mm
Switch Terminals
Wire Leaded
Sensor Output
NO
Lead Free Status / RoHS Status
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Y
A
N
D
T
11
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S
O
N
S
C
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S
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11.00
A proximity switch is a solid-state sensor that will detect the presence of
any suitable material (referred to as the “target”), and produce an
electrical output while the target is within its sensing field.
Veeder-Root brand provides the two popular technologies used in the
design of proximity switches: Inductive and capacative – each having its
own unique applications and advantages.
INDUCTIVE PROXIMITY SWITCHES
Inductive proximity switches generate a sensing field that can detect the
presence of any metal target. In many applications, inductive proximity
switches are used to replace the function of a mechanical switch –
without need for physical contact with the cams, levers, or actuators
required for mechanical devices.
Another primary application for these versatile sensors is material
handling. Various metallic parts or items can be detected as they are
moved about manufacturing or assembly operations. The proximity
switch can be used to confirm their presence or location, and provide
signals used for counting, sorting, diverting, inspection or other
automatic processes.
CAPACITIVE PROXIMITY SWITCHES
Like the inductive proximity switch, the capacitive switch is also a
simple, trouble free sensor, for the detection of objects at short
distances.
Capacitive proximity switches sense a change in dielectric mass rather
than the presence of a metal object. Therefore they can detect many
materials; liquids, metal, glass, plastic, porcelain, ceramic, wood,
leather, rubber, food, water, oil, etc.
The ability to discriminate changes in mass allows their use in unique
applications that would otherwise be very difficult to resolve. For
example, they can “see” through a container or vessel and determine
the presence of the contents inside – great for checking the fill level of
powdered material in a box, or liquid in a bottle.
INTRODUCTION
DANAHER INDUSTRIAL CONTROLS
1 2 3 4 5
PROXIMITY SWITCH APPLICATIONS
Proximity & Precision Switches
SELECTING A PROXIMITY SWITCH
To fit a specific application, a proximity switch must be considered for
its technology (inductive or capacitive), enclosure size, mounting
requirements, and electrical output characteristics.
Inductive vs. Capacitive: The inductive switch is generally the choice
when replacing mechanical switches that sequence or synchronize
machinery. They can sense, without contacting, the cam, rod, or other
metal actuator that would have operated a mechanical switch. Inductive
switches are also frequently used to sense the production flow, or feed,
of metal parts or items.
The capacitive switch can sense the presence or location of objects
made of almost any material. However, it is especially useful when the
material is non-metallic, or in determining additional information about
the object, such as: is a box properly filled? is the material wet or dry?
Enclosure Size and Shape: We offer inductive proximity switches in a
wide variety of enclosure styles and sizes:
Power Requirement and Outputs: Proximity switches must be
selected for compatibility with the AC or DC power source and external
load that they will control. Our designs are specialized for operation with
either AC or DC circuits, and the proper type must be selected for the
application.
Tubular Styles:
Most space efficient body style
Available in six diameters
Threaded mounts permit easy installation and adjustment
Stainless steel or nickel-brass bodies endure harsh environments
Include captive cable; quick disconnect (with integral connector) also
available
Limit Switch Styles:
Directly mount in place of mechanical limit switches
Screw terminal connections and conduit fittings
DC Types:
Operate over wide range of popular voltages
Compatible with DC inputs of programmable controllers, counters,
and other equipment
Available with NPN or PNP output circuits
Output can directly switch DC relays, solenoids, etc.
Tubular
Inductive
POPULAR ENCLOSURE STYLES
Limit Switch
Capacitive

Related parts for 109888-0001

109888-0001 Summary of contents

Page 1

... INTRODUCTION A proximity switch is a solid-state sensor that will detect the presence of any suitable material (referred to as the “target”), and produce an electrical output while the target is within its sensing field. Veeder-Root brand provides the two popular technologies used in the design of proximity switches: Inductive and capacative – each having its own unique applications and advantages ...

Page 2

... Non-ferrous metals, or smaller targets will reduce the practical sensing distance. Speed: A proximity switch’s speed specification is related to its ability to detect repetitive target cycles, or acknowledge a target that is within its sensing field for a short duration. Generally, DC powered types are considerably faster than AC versions ...

Page 3

... Y S Series 6600, Limit Switch A W See page 11. Universal sensing head Replaces mechanical switch Series 6725, Capacitive Proximity Switches See page 11.10 Detects all materials Low cost 11.02 DANAHER INDUSTRIAL CONTROLS Proximity & Precision Switches FOIL POUCH CAPACATIVE SWITCH FLOUR MIX ...

Page 4

... MOTION DETECTOR MOTION DETECTION VEEDER-ROOT brand MOTION DETECTORS Advantages Protects machinery Economical Series 109888, AC/DC Motion Detectors See page 11.11 Simple 2 wire connection Protects in one revolution ULTRA- PRECISION SWITCHES SURFACE IRREGULARITY CHECKING VEEDER-ROOT brand ULTRA-PRECISION SWITCH Advantages Precise to .00004" Rugged construction Series 7483-7486, Ultra Precision Switches See page 11 ...

Page 5

... For typical applications, see Proximity Switch Introduction and Selection Guide, pages 11.00-11.03 11.04 DANAHER INDUSTRIAL CONTROLS General Purpose, DC-Powered brand SPECIFICATIONS Electrical Characteristics: Operating Voltage Range: 5-24 VDC, diameter < 18 mm; 10-50 VDC, diameter Maximum Voltage Ripple: 10% Load Current: Maximum Continuous Load: 200 mA; Minimum Continuous Load: 0.30 mA ...

Page 6

... PLC AC-input modules, solid-state relays, and electronic counters can be switched, generally not requiring an external load resistor. For limit switch housing, see Series 6600 For typical applications, see Proximity Switch Introduction and Selection Guide, pages 11.00-11.03 General Purpose, AC-Powered Just two wires – connects like a conventional switch ...

Page 7

... For typical applications, see Proximity Switch Introduction and Selection Guide, pages 11.00-11.03 11.06 DANAHER INDUSTRIAL CONTROLS Short Tube, DC-Powered brand Space efficient – 40 percent shorter than conventional types without sacrifice of performance . . . diameters from mm, with shielded and unshielded construction SPECIFICATIONS Electrical Characteristics: Operating Voltage Range dia.: 5-24 VDC, 10-30 VDC ...

Page 8

... Requires less than 10 mA supply current Many models are short-circuit protected and some feature an LED indicator for easy setup. For power supply, see page 13.14 For typical applications, see Proximity Switch Introduction and Selection Guide, pages 11.00-11.03 Short Tube, Extended Range, DC-Powered 40 percent shorter than ...

Page 9

... For typical applications see Proximity Switch Introduction and Selection Guide, pages 11.00-11.03 11.08 DANAHER INDUSTRIAL CONTROLS brand Ring LED, DC-Powered SPECIFICATIONS Electrical Characteristics: Operating Voltage Range: 5-24 VDC Voltage Range Tolerance (%): -0,24V + 20% Max. Continuous Load Current: 200 mA Supply Current (Excluding Load ...

Page 10

... Wiring is the same as with conventional switches – simply connect it in series with the controlled load, but the Series 6600 has no mechanical contacts to deteriorate or arc. For tubular AC switches, see page 11.05 For typical applications, see Proximity Switch Introduction and Selection Guide, pages 11.00-11.03 Series 6600 Plug-in, Limit Switch Style Direct non-contact ...

Page 11

... VEEDER-ROOT Proximity and Precision Switches Non-contact sensing of wood, rubber, glass, leather, plastic, water, foods, and just about any other material. Capacitive proximity sensors can also be used to check an item for moisture control fill-level of material in a cardboard container. They are equally compatible with ...

Page 12

... Output State: Speed above set-point: Closed, below set-point: Open Termination: 2-wire cable, 20 AWG, PVC Jacket, 2 meters long Operating Characteristics: Nominal Sensing Distance (mm Power-Up Time Delay (seconds): 9, fixed Adjustable Frequency Range (set-point): 109888-0001 150 pulses-per-minute 109888-0002: 120 to 3000 pulses-per-minute Maximum Operating Frequency: 109888-0001: 6000 pulses-per-minute 109888-0002: 48,000 pulses-per-minute Hysteresis (% of nominal ...

Page 13

... VEEDER-ROOT Proximity and Precision Switches Ultra-Precision Switches provide very accurate control for measuring, gauging, robotics, positioning, and other automated equipment. Operation is by physical contact with the switch’s sensing-stylus, which produces a contact or solid-state output. One rectangular and nine cylindrical models accommodate a variety of mounting requirements and space limitations ...

Page 14

... For use with 0669010-100 Remote Power Supply. Model No. Description 60SR3P05 Plug Socket QUICK-DISCONNECT S12 TERMINATION For use with Veeder-Root Ring-LED proximity switches. Quick- disconnect feature makes installation simpler and eliminates the need for re-wiring when a switch is replaced. Model No. Termination Output Number ...

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