Lighthouse Overview Presentation Linkedin2

Lighthouse Worldwide Solutions

Our CEO:

Silicon Valley Best

Places to Work

2 Years in a Row

2005, 2006!

Winner

Best Places to Work in Bay Area

Fremont, CA

Research & Development

Engineering

Pilot Production

Executive Management

R&D / HQ: Manufacturing

Medford, OR

Manufacturing Operations

Service & Repair Center

Central Calibration Lab

RMA Center

Medford, OR

Fremont, CA

New Headquarters: Silicon Valley

Lighthouse Focus on Quality ISO 9001:2000 Facilities

United States:

Medford, OR

San Jose, CA

The

Netherlands:

Alphen Singapore

5 Lighthouse Locations are ISO 9000 Registered

Thailand

Monitoring Solutions

Air/Liquid/Gas Particle

Temperature/Humidity

Air Velocity

Differential Pressure

Electrostatic Charge

TOC

General Monitoring

Current on FFU’s

Chillers

Door Switches

Oven Temp

Dry Box Humidity

Gas Purity

Large LCD Displays

Specific Applications

Process and Environmental

Monitoring

Process Monitoring

• Sample locations as close as possible

to the critical process areas to help

correlate high counts to yield issues.

Environmental Monitoring

Temperature/Humidity Sensors

Room

Ovens

Freezers


Room to Room

Mini Environment

Air Velocity

Cleanroom

Ducts


APC DP TRH

Air

Velocity Particle

Multiple DP Sensors

Humidity Inside Fridge TRH Sensor

Air Velocity in Duct


Replace your

Magnahelic

Pressure Sensors Air Velocity in a Duct

Monitor Air

Velocity in Ducts


Dry Box Humidity and Particle

Fluid or Tank

Levels

Incubator

Temperature

Leak Detection

Real Time Leak Detection

Analog Signal

Power Monitoring

Voltage Monitoring

Current Monitoring

Split or Solid Core

4 – 20mA Output

Particle Monitoring in Ducts

0.2 to 100 Micron

Early Warning System

Immediately Notification of

Catastrophic Failure

Lab Monitoring

Lab Monitoring

Lab Monitoring

Transmitter

Thermocouple

Replacing

Chart

Recorders

Temperature

Refrigerator/Freezer

Dual

Transmitter

Local Display

Replacing Chart Recorders

Temperature

Tank Levels and Status

Cryo Tank

LN2 Tank Level

LN2 Tank Lid (Open/Closed)

LN2 Bulk Tank Level

Co2 Tank Level

Oxygen Sensor


4 – 20mA Output

Gown Room Pressure

Cleanroom Pressure


Incubator

Temperature

Humidity

C02

Door is open/closed

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HVAC System

HVAC Status

Temperature

Power Consumption

Power Monitoring

Voltage Monitoring

Current Monitoring

Split or Solid Core

4 – 20mA Output

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Lab Monitoring

APC in Flow

Bench

APC in Flow

Bench APC in Flow

Bench

Differential

Pressure

Temp/Hum

Alarm

Light

Wireless

Temp inside

Incubator

Wireless

Wireless Temp Sensor

with Internal Probe

Particle

Receiver

Wireless Temp/Humidity

Sensor with External

Probe

Wireless Converter

(4 – 20mA to Wireless)

Differential

Pressure

Considerations:

Building Construction

Installation (inside or outside)

Distances

Sampling Frequency

Response Time

Battery Life vs. Powered

Power Savings

Power Savings

Typical Flow Rates 70 – 120 FPM

Reduced Air Changes = Power

Savings

Particle Counters Used to Verify

Performance

Particle Count Data is fed back to

HVAC system

VFD is required for FFU or HVAC

system

Power Savings

Step 1: Verify room performance

through certification

Step 2: Select optimum sample

locations (Critical and Busy Sampling)

Step 3: Lower FFU speed and

monitor for an increase in particle

counts.

Step 4: Set new acceptable air flow

rate based on testing

Step 5: Set alarming parameters

Step 6: Install the system

Reduced Air Changes = Power

Savings

Particle Counters Used to Verify

Performance

Air Velocity and Particle Data

Products

Slide 30 Lighthouse Worldwide Solutions CONFIDENTIAL

World’s Number One Particle Counters!

Lighthouse Family of Products


Airborne Particle Counting

Particle Counters: HANDHELD

* Handheld 2016

* Handheld 3016

* Handheld 5016

* Handheld 3016 IAQ

Touch Screen Interface

Removable Battery

Temp/Hum Probe

Portable Particle Counters: SOLAIR

SOLAIR 5100 / 3100

0.5 / 0.3 Micron

1.0 CFM

SOLAIR 5200 / 3200

0.5 / 0.3 Micron

2.0 CFM or 50 Liters per Minute

SOLAIR 1100LD

0.1 Micron

1.0 CFM

Touch Screen Interface

Removable Battery

Alphanumeric Location Labels

Portable Particle Counters: SOLAIR

Boulder Counter

0.5 to 100 Micron

1.0 CFM

SOLAIR 5350 / 3350

0.5/0.3 Micron

3.5 CFM or 100 Liters per Minute

Easy to Use Interface

Sample Setup

Historical Data Review

SOLAIR 1100LD GSO (Gas Sampling Option)

8 Particle Channel Sizes

Wide Dynamic Range, 0.1 to 5.0 µM

Battery Powered

Customizable Gas Sampling Recipes

3,000 Sample Records

May be Used with Any Inert Gases

Auto Flow Rate Compensation

ensures accurate measurement

Gases Sampled: Argon, Nitrogen,

Carbon Dioxide, Helium, CDA,

Neon, Xenon


Particle Counters: REMOTE

Remote 2010/3010/5010

0.2/0.3/0.5 Micron Detection

0.1 CFM Air Flow

Pulse Communication

Remote 2012/3012/5012

0.2/0.3/0.5 Micron Detection

0.1 CFM Air Flow

0.1 Analog (4 -20mA) Communication

Remote 5104P / 3104P

Remote Particle Counter w/Pump

Supports Remote Display

Interface: USB, RS-485 or Ethernet

HEPA Filter Cooling Fan Exhaust

and Pump Exhaust

Interface with Manifold

32 Port

6 Port

Reduced Cost for Manifold

Systems


39

Remote 5104PN / 5102PN

Remote 5104PN: Modbus

Remote 5102PN: 4-20mA

1.0 CFM (28.3 LPM) Flow Rate

Built In Pump

Filter Pump Exhaust

Pump Start / Stop via Software

(5104PN)

Stainless Steel Construction 316L

Wipe-down Enclosure

90-240 VAC Power (50/60Hz)

Manifolds:

Universal Manifold

32 Sample Locations

1.0 CFM

Works with Lighthouse and Met One Particle Counters

Mini Manifold

6 Sample Locations

0.1 CFM

4 Analog Inputs

Mini Manifold+

6 Sample Locations

1.0 CFM

Mini-Manifold

&

0.2 Micron

Particle

Counter

FanHEPA / ULPA

Filter

Particle Shedding /

Generation

Mini-Environment Monitoring

With Mini-Manifold & Single

Particle Counter

TOC Monitoring

Neptune TOC

Patent Pending UVX

Technology

TOC Range: 0.05 ppb to 1000

ppb

Repeatability: <5 ppb, 0.05

ppb; >5 ppb, 5%ppb

Conductivity Range: 0.055 to

2 uS/cm

Resistivity Range: 0.5 to

18.24 MOhm*cm

NeptuneTOC - Pharma 21-JUL-2011

Neptune TOC

Interfaces

Ethernet -

MODBUS/TCP

Isolated RS232/485 -

MODBUS ASCII/RTU

Four Channels 4-20mA

Output

Four Relay Outputs


Neptune TOC

Two Year Warranty

Dimensions: 18.3 x 20.3 x 21

cm

[7.2” x 8” x 8.25”]

Weight: 0.21 kg [7.22 lbs.]

Power: 24VDC @ 1.5 Amps

Operating Temperature: 5 to

50 C, 0% to 95% non-

condensing Relative

Humidity


Liquid Particle Counting

Liquid Particle Counting: Online

Remote LPC 0.5

0.5 – 20 Micron

4 Channels

100 mL Flow Rate

Remote LPC 0.2

0.2 – 2.0 Micron

4 Channels

100 mL Flow Rate

Remote LPC 0.3

0.3 – 3.0 Micron

4 Channels

100 mL Flow Rate

Remote LPC 0.1

0.1 – 0.5 Micron

4 Channels

100 mL Flow Rate

Local Display

Higher Sensitivity

Higher Sample Volume

25nM Sensitivity

Advanced NanoCount 25, 30 and 50


Liquid Particle Counting: Batch Sampling System

Systems

Online Systems – Star Configuration

Alarm

Light

TRH

Sensor

DP

Sensor

Optional Items Vacuum

pump

Vacuum Gauge

Vacuum Manifold

6 Real Time Particle Counters with External Vacuum Pump

Data Hub

- Ethernet or Modbus Output

- Supplies Power to Remotes

RS-485 MODBUS

Real Time

Software

Power From

Data Hub

Online Systems- Network Configuration

4 Real Time Particle Counters with Built in Vacuum Pump

Over Ethernet

Real Time

Software

Built in Vacuum

Pumps

LAN

Power

and Ethernet

eth

ern

et

psPower

and Ethernet

eth

ern

et

ps Power

and Ethernet

eth

ern

et

ps Power

and Ethernet

eth

ern

et

ps

View

Station

View

Station

Alarm

Light

TRH

Sensor

DP

Sensor

Optional Items

Online Systems

Alarm

Light

TRH

Sensor

DP

Sensor

Optional Items

Manifold Sampling System

RS-485 MODBUS

Real Time

Software

Particle Counter and

Sequential Sampling Manifold

Up to 32 Sample Ports

Data Hub

- Ethernet or Modbus Output

Online System with Server

Online System with Server

Portable Cart System

Real time monitoring of

multiple locations

Troubleshoot the

Process

Identify particle sources

quickly

Characterize the process

Qualify the tool

Software

Ultimate in Scalability

57

LMS Professional Monitoring System is designed

to scale from a single point to thousands of

points and still maintain the same look and feel.

Building 1

Building 2

Building 3

Central System

Redundancy

58

Redundant Data Acquisition (failover)

Automatic Recovery (fail-back)

No Loss of Existing Calculations,

Summations or Processes

Redundant Clients

No Operator Intervention Required

Mirrored Historical Data

59

Data Communication: Wireless Network

Eth

ern

et

LWS

Wireless

Adapter

Wireless

Adapter

Wireless

Adapter

Connectivity

The Lighthouse Monitoring

System is designed to meet all

your monitoring needs.

Connectivity:

4 – 20 mA

MODBUS

Ethernet

Digital Input

Digital Output

Thermocouple

RTD

OPC

Connectivity

The Lighthouse Monitoring System can be can send and or receive

data from other types of Building Automation, SCADA or Control

Based Systems.

Common Interface Between Systems Are:

OPC

MODBUS TCP or MODBUS ASCII

Profi Bus

Device Net

The database is ODBC/SQL Compliant

LWS

Database

ODBC

SQL

Compliant

Connectivity

Main Screen

63

Multilevel Maps

Drill Down Maps allow

you to see an overview

of the facility and then

status of a specific

room

Unique Sensor

Shapes

From Map to Graph

Lighthouse Worldwide Solutions CONFIDENTIAL 65

Simple Mouse Click

Navigation to the Data

You Want to See…

Logical System Structure

List Screen

Lighthouse Worldwide Solutions CONFIDENTIAL

View All Sensors Status

Real Time Color Status

Real Time Data Status

Location Name

Values

Date and Time

Sort by Status

Acknowledge an Alarm

Display a Trend

Disable/Enable Alarms

Configure

Locate a Sensor

Click n Go

68

Schedules Setup a scheduled event based

on date and time.

Turn on/off a pump

Automatically change alarm

limits

Trigger sampling recipes

Print Reports

Stop recording data

Status Screen

Lighthouse Worldwide Solutions CONFIDENTIAL 69

View All Sensors Status

Real Time Color Status

Real Time Data Status

Location Name

Values

Date and Time

Current/Historical Graphs

Alarm Acknowledgment

Mouse Click Menu

Selection Simplifies

Use…

Click n Go

Report Function

70

Conformance Report

Raw Data by Channel Size

Color Coded

Summary of Events

# of Measurements

# of Warnings

# of Alarms

Min

Max

Average

Mean

Standard Deviation

Graphs of Selected Points

Simplified Deployment

71

Templates and Recipes allow for easy and consistent

deployment of monitoring changes across multiple sites.

Export E-mail Import

Remote Desktop

USA

Singapore

Thailand

China

DROID Based Application

72

DROID Powered Tablet

DROID Powered Phone

Watch and Receive Your

System Information on

the go…

Installation

and

Service

ISO 21501 Calibration Standards

Improved Reproducibility

Greater Counting Accuracy

Increased Testing to Minimize Errors

Enhanced Correlation between

Instruments

ISO 21501 Summary:

Size Calibrated

Particle Count Verification

Size Resolution

False Count Rate Verification

Maximum Concentration Limit Verification

Flow Rate Verification

Sample Time Verification

Sample Volume Verification

Installation Services

Mounting Styles (Fixed Probes vs.

Movable Probes)

Probe Locations

Tool Integrated Probes

Wall Mounted Fixtures

Non-Viable & Viable Probes

Custom Fixtures & Conduits

Getting the utilities to the

instrumentation is key

NEMA 4X enclosures

Validation Services

Requirements Documents

Design Qualification

Installation Qualification

Operational Qualification

Performance Qualification

SOPs

Training Services

Monitoring System Training

User Level

Administer Level

Service

Calibration Training (Optional)

Contamination Training

Cleanroom Protocol Training

Contact us at 510-438-0500

or

www.golighthouse.com
