Seller expressly warrants to Buyer (a) that the equipment will comply with the description set forth herein; (b) that the components and parts fabricated by Seller will be free from detrimental defects in workmanship and materials. If it appears within one year from date of shipment by Seller that the equipment does not meet these express warranties and Buyer gives Seller prompt and reasonable notice, Seller shall, at its option, either repair or replace at its expense, F.O.B.
The WAGER Model 6500 Rack Mount Smoke Opacity meter is in full compliance with the requirements of SAE J1667 test criteria. It is specifically for dynomometer test cells and stationary testing of stack emissions. The LCD displays opacity in percentage value, and the analog output at the rear of the unit outputs 0-1 VDC that corresponds to a digital readout.
Description Part Number Control Unit 194-0003-RACK Power Supply 194-0004R Connection Cable 50Ft. 192-0015 Receiver with Air and Water Chamber 194-0043 Transmitter with Air and Water Chamber 194-0044 Neutral Density Filter .2ND 194-0034 Fuse 2A 250VAC 5X20MM 4143551 Fuse Holder 627-0123 Instruction Manual 6500R Manual...
Control Unit The control unit is operated by a membrane keypad, which consists of eight tactile feedback push buttons. The display is an alphanumeric LCD containing 16 characters by two rows. In low light situations, the display can be backlit. The display shows the prompts the operator follows throughout the test sequence(s).
Water Chamber Flange The water chamber flange has two (2) retaining hooks that clip onto the optics. It contains a port for incoming flow of water, and one for outgoing. The flow of cold water reduces the temperature in the optics, and keeps them cool during lengthly testing procedures.
All solid state electronics. Manufactured by an ISO 9002 company. Applications The Model 6500 Smoke Meter can be used on any diesel engine, with primary application in testing trucks, busses, and cars. Contact WAGER for special applications, such as stand-by power, mining operations, railroad use, boating/maritime, industrial, etc.
Initial Installation The inline optics require alignment once the stack piece is permanently mounted. In most application, the optics have a threaded air-chamber flange that screws onto the pipe of the stack. Positive pressure clean air hoses can be attached to the air flange to provide air flow keeping the internal glass free of soot and particles.
Optical Beam Alignment Procedure Once the hoses, pipes and optics are mounted, removing the 3 screws and protective cover will expose the electronics and lens tube. Remove the protective cover on both the TX and RC. Inspecting this area, you will see a green circuit board mounted with 3 screws and also will see 3 larger screws that mount the lens tube in the optic housing.
Diagnostic Mode Start with the control unit off. Hold the ZERO and START TEST buttons down while powering on. The control unit should display CONFIGURATION MODE. If not, turn the unit off and try again. Once you see CONFIGURATION MODE, release all buttons. Then press SELECT three times.
ADJUSTMENT Start on the transmitter. Inspect the value displayed and adjust the brass flat-head screw of the potentiometer on the circuit board. The potentiometer is a 20 turn device and has a self-protect mechanism. If you hear it click, you are at the limit and further turns will not affect the value.
Follow Mode Test The “Follow” mode provides a means of providing a continuous “real life” opacity reading and performing tests under load, either on the road or on a dynamometer. To set the unit to the follow mode, turn the unit on. After seeing the date and time, the top line of the display will show the mode the unit is operating in.
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Analog Output The WAGER Model 6500 Smoke Meter outputs a 0 – 1 V signal through the banana jacks (located next to the AC power input plug). The output voltage reflects the opacity output where 0 V is 0 % opacity and 1 V...
Cleaning Lenses To assure regular easy access to the lenses, we have provided two snap closures. The lenses can be wipes with a soft cloth. We strongly recommend that a regular procedure of calibration and cleaning the lenses is established. During light use, a daily cleaning may be enough. During heavy testing, we recommend a frequent cleaning throughout the day.
Each filter is attached to a chart, which shows that particular filter’s calibration line. The column on the right will show the corresponding percent transmission value. Conversion Table of Optical Density vs. Percent Transmission % TRANSMISSION DENSITY OR REFLECTION 0.24 57.54 0.23 58.88...
The WAGER Model 6500 Smoke Meter has been designed to be nearly trouble free for many years of use. However, some components are subject to unintentional abuse, which is not covered in our warranty. Error Messages CABLE FAILURE DISCONNECTED? The light source is fully powered, but no light is detected receiver. This could be...
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Malfunction in the sensor head assembly or cable. Action: Clean the lenses as described in “Maintenance” section. If this does not correct the problem, call WAGER Technical Services for assistance. MEMORY FULL DELETE TESTS FIRST The unit saved 100 tests and has reached full storage capacity.
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Electrical Specifications Light Source Led - Green Gallium Phosphide 570 NM Light Sensor Si Photo Diode with IR Filter Display (Backlit) Liquid Crystal Display (LCD) Meter Accuracy 1.0% Nominal, 10th digit Peak Hold No Drift Recorder Output 0-1 Volt or 0-1 MA Charging Transformer 120 VAC 22 Watts in /18 VDC @800 MA out (Model AD-1880)
“peak hold” reading. The alternate mode is Test Series Mode. A Configuration mode selectable item that causes the Model 6500 to run a fixed series of Snap Acceleration Tests as dictated by the Society of Automotive Engineers (SAE) in specification J1667.
Configuration Mode In the configuration mode, the user can change the following items in the control unit: =Time including hour, minutes, and format (12 hour or 24 hour clock) =Date including month, day, year, and format (American or European) =Time-out battery saving feature =Reset to factory defaults To access the “Configuration Mode”...
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Press ZERO to change time out feature (toggles between enabled and disabled). Reset Factory Default Press SELECT four times for “reset” mode. Press ZERO to reset factory defaults (as you received the unit from WAGER). Press COMPUTE AVERAGE to confirm reset to factory default. Exit Configuration Mode Press START TEST to exit the configuration mode at any time.
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