Precision Nitrogen Trace - Data Sheet
Original PDF File285 KB |
Download |
View directly in browser285 KB |
View in browser |
Resource ID
385
Access
Open
Contributed by
Liam Couttie
Updated date
08 July 24
Review date
08 July 25
Title
Precision Nitrogen Trace - Data Sheet
Revision Number
Revision Details
Dims Update - DL
Keywords
Precision, Nitrogen, Trace, Data, Sheet, Precision n2, n2
Product Range
Language
Company Brand
Extracted text
Precision Nitrogen Trace
Nitrogen Generator for GC
Part Number : See Reverse
Service Kit : 08-3613
Your local gas generation partner
Description
Precision Nitrogen Trace has been developed to provide a constant
and consistent source of zero nitrogen for carrier and detector gas
for GC applications. These generators are capable of delivering
ultra high purity nitrogen, removing oxygen and moisture via
Pressure Swing Adsorption technology, as well as removing
hydrocarbons by means of catalytic oxidation to ensure maximum
purity output.
As with all Precision Series generators, Nitrogen Trace models
benefit from a compact and modular, stackable design,
minimizing the total footprint required for GC gas supply, and
providing flexibility to add or remove modules as your laboratory
requirements evolve over time.
Applications
)
Sample Prep
• Headspace
• Purge and Trap
• Tube Conditioning
)
Carrier Gas
•GC
)
Detector Gas
• Make-up / Reference
406 mm
540 mm
Key Features
)
Suitable for carrier gas and detector gas
)
Generates zero nitrogen on demand from
compressed air
)
Regenerative CMS columns remove oxygen and
moisture
)
Catalyst chamber to remove hydrocarbons (as
methane) to market- leading purity of <0.05ppm
)
Ultra-fast start-up time, quick to reach standard
operating purity
)
Minimum maintenance with an annual filter change
)
Compact, space-saving modular design
380 mm
Precision Nitrogen Traceshown in a typical Precision stack.
Copyright © Peak Scientific Instruments Ltd 2024 — Precision Nitrogen Trace Data Sheet Rev 10 RSID 385 EN —08/07/2024
Technical Specifications
Nitrogen Trace, 250cc
Nitrogen Trace, 600cc
Nitrogen Trace, 1000cc
250cc/min
600cc/min
1000cc/min
Max Flow Rate
Max Pressure
80 psi / 5.5 bar
Purity
>99.9995%
Hydrocarbon Content
<0.05 ppm
Gas Outlets
1 x 1/4" BSPP
Min/Max Air Inlet Pressure
120-145 psi / 8.3-10 bar
Min Air Inlet Flow
18 lpm
Min Inlet Air Quality
22 lpm
ISO8573 - 1:2010 Class 1.4.1
Phthalates
None
Suspended Liquids
None
Start-Up Time For Purity
1.5 Hours
Operating Temperature
5°C - 35°C / 41°F - 95°F
Electrical Requirements
110VAC ± 10%/60 Hz/4.4A or 230VAC ± 10%/50 Hz/2.1A
Power Consumption
484 Watts
Heat Output
up to 1650 BTU/Hr
Generator Dimensions (WxDxH)
380 x 540 x 406mm / 14.9 x 21.2 x 15.9"
Generator Weight
38 Kg / 83.6 lbs
Noise Level
Ordering Information
Part Number
Silent in operation
110V
230V
110V
230V
110V
230V
62-0251
62-0250
62-0601
62-0600
62-1001
62-1000
Annual Service
Standard Maintenance Plan
www.peakscientific.com/ordering
Complete Maintenance Plan
Precision Air Compressor
Part Number
110v
230v
Annual Service Kit
65-1555
65-0555
08-8372
Peak Scientific gas generators define the benchmark in reliability, convenience and performance in laboratories around the
world, and come backed by a 12 month warranty. Beyond this period however you can ensure that you’re investment continues
to be [Protected] by our comprehensive generator care cover.
Our world-class aftercare support packages deliver a program of scheduled preventative maintenance whilst giving you
the reassurance of instant access to worldwide technical support and priority on-site response in the untimely event of a
breakdown.
Peak Scientific UK
Tel: +44 (0)141 812 8100
Fax: +44 (0)141 812 8200
Peak Scientific North America
Tel: +1 866 647 1649
Fax: +1 978 608 9503
Product Certifications
Peak Scientific’s Quality
Management System
conforms to: ISO:9001:2008
For a full list of our worldwide
office locations, please visit:
Web: www.peakscientific.com
Email: discover@peakscientific.com
Copyright © Peak Scientific Instruments Ltd 2024 — Precision Nitrogen Trace Data Sheet Rev 10 RSID 385 EN —08/07/2024