Medical / Cleanroom OEM Analog Joysticks

NEMA vs. IP

Medical Joystick Knob-Options

N2W

N24W

N3W

N33W

CTI' inductive medical / cleanroom joystick is the most reliable and durable joystick available anywhere in the world today. Its inductive coil sensor technology cannot be affected by changes in temperature, age, or usage. There is never a "drifting" issue of the calibrated voltage setting as the ratio of coil windings remains constant. The coil sensor is not prone to the wear issues of potentiometer joysticks or degradation of material composition in hall effect joysticks.

The robust design of CTI' inductive medical / cleanroom joystick is comprised of only three moving parts: the shaft (3/8" diameter solid stainless steel), the spring-guide, and the spring. The two joystick body parts which encase the shaft bearing are secured together by six screws. The four mounting holes have threaded brass inserts instead of just clearance holes, which protects the body from cracking due to stresses caused by the installation, vibration, or shock.

Long term durability is guaranteed through the use of the highest quality materials and components which also ensures the highest reliability over the broadest operating temperature range. CTI' inductive medical / cleanroom joystick is the only choice when reliability is critical™ to the success of your application.

F1000-N2W Model OEM Medical / Cleanroom Joystick

NEMA 4 (IP66) Miniature Medical Joystick

Product Information

F1000-N2W Model OEM Medical Joystick

Standard Joystick Features	Optional Joystick Features
Single Axis or Two Axes Analog Joystick	Non-Simultaneous X&Y Axis Movement (Cross Pattern)
No button on joystick	Conformal Coating of PCB - Moisture protection
Spring Return to Center	Friction Held - by special order only
Operating Temperature Range 0°C to 80°C (0°F to 176°F)	Operating Temperature Range -40°C to 80°C(-40°F to 176°F)
Storage Temperature Range -40°C to 80°C (-40°F to 176°F)	Storage Temperature Range -40°C to 80°C (-40°F to 176°F)
Deadband - 1° to 2° zone around center	No Deadband - without a 1° to 2° zone around center
Finger Operation	Maximum Compression Spring - Increased Breakout Force
Three input/output voltage options	Customized input/output voltage option
Non-contacting inductive sensor technology- high reliability (99.999%) and durability (10,000,000+ random deflections)	Optical Neutral "Safety" Switch -Electrical indicator of an Open Circuit or Short Circuit
Conductive Underlayment - EMI/RFI Protection	Ferrite Bead- EMI/RFI Protection
Parylene Coated boot and handle - toughest molecular barrier protection

New Integrated PCB Option vs. Standard Option

CTI's custom medical joysticks are ruggedized to meet aerospace, medical, and military standards. CTI's medical joysticks can meet MIL-STD-167-1, MIL-STD-901D, MIL-STD-461F, MIL-STD-810G, and MIL-HDBK-217F. These medical joysticks are able to withstand vibration, shock, high EMI/RFI levels, compliant for humidity, fungus, spray, and MTBF is greater than 100,000 hours.

Related Documentation:

Analog Medical / Cleanroom Joystick
Option	Regulated Input Voltage (DC)	Min Deflection Output Voltage	Output Center Voltage	Max Deflection Output Voltage
2	+/-5	-5	0	5
4	+5	0.5	2.5	4.5
5	+5	0	2.5	5

Voltage Options
View Example (Standard)

F1000-N2W Medical Joystick Technical Drawing
View Example (Option A)

F1000A-N2W Industrial Joysticks Technical Drawing

F1000-N2W Medical Joystick Product Data Sheet

F1000 Series Medical Joystick Electrical Output Curves

How to Select a Medical Joystick

Medical Joystick Knobs

Conductive Fabric Shield Ground Details

F1000-N2W Medical Joystick CAD Drawing (CAD DWG)

F1000-N2W Medical Joystick 3D Drawing (3D STEP)

F1000A-N2W Medical Joystick 3D Drawing (3D SLDDRW)

Specifications

F1000-N2W Model OEM Medical Joystick Specification

F1000 Series - 1 Axis and 2 Axes Precision Control Joysticks

MECHANICAL SPECIFICATION
N2W Dimensions	Above Panel: 1.6" (40.64mm)	Below Panel: 0.87” (22.10mm)	Base:1.65" SQ. (41.91mm SQ.)

N2W Specification

Knob Type

Non-Pushbutton

Axes

Single or Dual Axes

Sensor Technology

Inductive

Life Expectancy

X & Y Axes

10,000,000 random deflections

MTBF	Greater than 100,000 hours

Movement

X & Y Axes Movement

Max +/- 20˚ travel

Position Placement

Spring Return (Standard)

Friction Held (Special Order)

Operational Force	X & Y Breakout Force	140g (Standard)	Two (G Options)
Operational Force	X & Y Full Scale Force	235g (Standard)	Two (G Options)

Vibration

Frequency / Displacement

5-25 Hz / 0.1"

25-55 Hz / 0.03"

ENVIRONMENTAL SPECIFICATION

Operating Temperature

0º to 80º C / 32º to 176º F (Standard)

-40º to 80º C / -40º to 176º F (D Option)

Storage Temperature

-40º to 80º C / -40º to 176º F

Relative Humidity

Range 35-65%, 100% non-condensing

100% condensing (Z Option)

Sealing Rating

X & Y Axes: NEMA 4 (IP66)

Hazardous Substance Protection

Parylene Coating (toughest molecular barrier protection)

EMI/RFI Protection

Conductive Underlayment under Silicone Boot

Ferrite Bead

CONFORMANCE / CERTIFICATION / COMPLIANCE

U.S.A Standards

U.S. FCC 47 CFR 15 Class A & B

RF Emissions Compliant 8Kv (Contact), 15Kv (Air)

MIL-STD-461F

Radiated Emissions and Susceptibility Conformance

MIL-STD-810G

Protection against humidity, fungus, and salt spray Conformance

MIL-STD-910D

Protection against shock Conformance

MIL-STD-671-1

Protection against vibration Conformance

MIL-STD-1427G

Human Factors Conformance

MIL-I-45208

Quality System Conformance

IPC-A-610

Acceptability of Electronics Assemblies Certification

European Standards

"CE" Compliant

Restriction of Hazardous Substance (RoHS) Directive Complaint

Regulation on Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH) Directive Compliant

International Standards

IEC 61000-4-2 and EN61000-4-2

ESD 8Kv contact and 15Kv air Conformance

IEC 61000-4-3 and EN61000-4-3

Radiated Emissions and Susceptibility Conformance

IEC 61000-6-3 and EN61000-6-3

Electromagnetic Compatibility Conformance

IEC 60601-1 and EN60601-1

Medical Device Design and Manufacture Conformance

IEC 62353 and BS EN62353

Medical Device Recurrent Testing Conformance

subject to manufacturing options applied

F1000-N2W Cleanroom / Medical Joystick Product Data Sheet

Pricing

OEM Analog Medical Joystick Pricing

Thank you for selecting CTIs medical computer peripheral products. As our customer you will discover the long term benefit and value that is designed into all of CTIs human machine interface devices. The robust design and quality craftsmanship produces a level of reliability and durability that is a step above any so-called competitive "medical grade" device. We pride ourselves in the fact that our designs have withstood the test of time. We are constantly innovating and adapting, using the best materials and technologies available today. It's reflected in the products, which can operate from one extreme temperature range to another within moments, protect against harsh chemicals, oils, and bio-hazardous materials, and provide a water tight seal for ingress protection.

We understand that you cannot afford the risk of throwing away or having to constantly repair cheap imitations of so called "industrialized" products. The cost of service interruption, including actual downtime, loss of materials, additional labor costs, loss of actual revenue, will negatively impact your bottom line.

Your return on investment will be recognized through years of uninterrupted service, zero to little maintenance required, reduced labor costs along with employee frustration/aggravation levels, and most importantly your customers' satisfaction.

Commercial off the Shelf (COTS), factory direct, pricing is provided to our clientele which consists of Original Equipment Manufacturers (OEMs), Systems Integrators, and commercial end users from a wide variety of industries such as industrial processing, medical, military, off-road equipment and aerospace. CTI's innovative modular design allows customized solutions to be rapidly prototyped from build to print specifications into a full production rollout. Our technical staff offers free consultative advice as to which manufacturing options are the most appropriate based upon the requirements of the application.

To obtain a specific price quote please use the Request for Quote (RFQ) form. Optionally, if you are unsure of the manufacturing options for the application then call us for our recommendation or use the general inquiry form.

OEM Analog Medical Joystick Pricing