Test Products International 707 - Manual (Page 2)

Contents
• Specifications
• Product Features
• Standard Accessories
• Optional Accessories
• General Description
• Operating Instructions
• Battery Replacement
Specifications
Power Supply: 4 "AA" Alkaline Batteries
Sensor: Long Life Electrochemical
Range: O to 10,000ppm
Warm up: Approx 20 seconds
Response time: 90% of reading < 60 seconds
Duty Cycle: 30 minutes
Battery Life: Approx. 30 hrs.
Size: 3.75" x 8.0" x 3.0"
(95 x 203 x 76) mm
Weight: 1.1 lbs (500g)
Probe Length: 9" (230mm)
Tube Length: 5 feet (152.4cm)
Hot air probe: 700 degrees F @ 5 minutes
Product Features and Benefits
• Completely portable, hand-held instrument allows access to
any location.
• Large, easy to read LCD
• Backlight to illuminate the LCD in dimly lit envirnments.
• Flue probe for CO measurement in stacks.
• 10 storage locations for saving data for future reference or
printing (optional A740 IR printer required.
• Peak CO reading during measurement period.
• Built in CO alarm (resettable, facory set at 500ppm)
• Field calibration available.
Standard Accessories
Sensor: A739
Instruction Manual: 707 Instruction Manual
Soft carrying case: A909
Protective boot: A765
Pump Protect Filter Assembly A763
In-line Filter Assembly A762
Flue Probe: A729
Batteries 3 each 1.5 V “AA” alkaline
Optional Accessories
Calibration Kit A733
Calibration Gas A728
IR Printer A740
General Description
The 707 is an advanced state-of-the-art carbon monoxide (CO) gas
analyzer designed to provide part per million readings from 0-
10,000 ppm. The 707 is capable fo performing ambient as well as
flue gas checks with its hot air probe and internal pump.
The 707 is utilizes an advanced long life electrochemical sensor that
can be field calibrated and has a low replacement cost.
Features include IR printer port to print hard copy of data, 10 stor-
age locations, Flow block indication, peak reading for test period as
well as date and time.
CAUTION: The 707 is not designed as a personal
monitor. There are no alarms. The display must
be in view to determine gas concentration.