Gilian LFS-113 Low Flow Personal Air Sampling Pump (1 - 350 cc/min)

• Dual Mode Automatic Constant Flow or Constant Pressure Control
• Multi-flow Capacity
• Compact Size & Lightweight
• Flow Fault Indicator Light
• Clock Model with Elapsed Time Display
• Battery Check LED

The Gilian LFS-113 low flow sampler is the most powerful and reliable pocket sized personal air sampler available today. The LFS-113 offers two sampling modes selectable by the user. The Compact, Low Flow Air Sampling Pump LFS-113e constant flow control mode holds the flow within +/-5% of the set flow while the multi-flow (constant pressure control) mode allows multiple samples to be taken simultaneously. No other pocket-sized pump matches the wide flow range and high back-pressure capability of the LFS-113.

• Gilian LFS 113 Datasheet

Specification

• Flow Range : 1- 350cc/min
• Low Flow Range : Constant Flow: 20-200cc/min, to 25" H2O
• Constant Pressure (Multi Flow) : 1-350cc/min, to 18" H2O
• Constant Flow Control :Better than +/- 5% of set flow (after calibration)
• Run Time  : 8 hour minimum
• Flow Fault : If flow changes exceed 5%, fault icon appears. If fault exceeds 30 seconds, pump shuts down. Clock [Timer] model will retain sample time during fault shutdown.

Temperature Ranges                    

• Operating  :  -20°C to 45°C (-4°F to 113°F)
• Storage  : -40°C to 45°C (-40°F to 113°F)
• Charging : -40°C to 45°C (-40°F to 113°F)

 Humidity Ranges

• Operating : 0-85 %RH, non-condensing
• Storage : 0-100 %RH, non-condensing

Features 

• Dual filtration system, sorbent tube end breaker, belt clip

Controls 

• Power Switch, Flow Control Screw

Indicators 

• Flow Fault, Battery Check

Icons (LCD) 

• Elapsed Time (DC model only)

Dimensions 

• 6.35W x 11.76H x 3.51D cm (2.50W x 4.63H x 1.38D inches)

Weight

•  340 g (12.0 oz.)

Battery Pack 

• Rechargeable NiMH

Interface Connectors 

• Charging Jack

Charging Time

•  14-18  hours

APPROVALS

 CSA

• CE  :
• EMC Directive [EMI/RFI]:
• EN 55 022 Class B;
• IEC 801-2, 3

ATEX :

• II 2 G
• EEx ib IIC T4