TeeJet TASC PRINTER MODULE - Manual (Page 3)

3
R1
VER 3.0
999-1521
INTRODUCTION
The TASC Printer Module has been designed so that it is simple to install and operate and rugged enough to stand up to
normal field usage. The Printer Module provides an easy method for the operator to check the application rates entered
in the TASC Console before starting spraying operations. The printer also provides a convenient written record of the
spraying operation once it is completed. The written record can be retained in an appropriate file for future reference.
The TASC Printer Module is completely self-contained. The Module is enclosed in a molded plastic carrying case. The
case protects the printer mechanism and provides a convenient location to store extra printer paper and ribbon cartridges.
A compact, dot matrix printer is secured to the molded case with high strength velcro fasteners. The velcro keeps the
printer from shifting about in the carrying case, yet allows it to be removed for servicing , if required. Permanently
attached to the carrying case is an interface box with a single, momentary contact, push switch. An interface cable
penetrates the side of the carrying case. The printer itself is attached to the interface box with a short cable inside the
carrying case. When closed, the carrying case measures approximately 12 inches by 8 inches by 4 inches.
The format of the actual printed record depends on the model number of the TASC Console being used. The three
different formats are as follows:
APPLICATION RATES:
CHEM. 1 = XXXX.X OZ/AC
CHEM. 2 = XXXX.X OZ/AC
CHEM. 3 = XXXX.X OZ/AC
CARRIER = XXXX.X GAL/AC
VOLUME APPLIED:
CHEM. 1 = XXXX.X OZ (GAL)
CHEM. 2 = XXXX.X OZ (GAL)
CHEM. 3 = XXXX.X OZ (GAL)
CARRIER = XXXX.X GAL
AREA COVERED:
FIELD = XXX.XX AC
TOTAL = XXXX.X AC
CHEM. DESCRIPTION:
CHEM. 1 = ...................
CHEM. 2 = ...................
CHEM. 3 = ...................
WEATHER DATA:
TEMP. ...... %-HUMD. .......
WIND SPEED ..... DIR. ......
FIELD# ..........................
REF# ..........................
DATE: .../.../... TIME: ....:....
OPER. ..........................
MIDWEST TECHNOLOGIES, INC.
TASC-6300 SPRAY CONTROL MIDWEST TECHNOLOGIES, INC.
TASC-6000 SPRAY CONTROL
APPLICATION RATES:
CHEM.1 = ..................
CHEM.2 = ..................
CHEM.3 = ..................
CARRIER = XXXX.X GAL/AC
VOLUME APPLIED:
CHEM.1 = ..................
CHEM.2 = ..................
CHEM.3 = ..................
CARRIER = XXXX.X GAL
AREA COVERED:
FIELD = XXX.XX AC
TOTAL = XXXX.X AC
CHEM. DESCRIPTION:
CHEM.1 = ...................
CHEM.2 = ...................
CHEM.3 = ...................
WEATHER DATA:
TEMP. ...... %-HUMD. .......
WIND SPEED ..... DIR. ......
FIELD# ..........................
REF# ..........................
DATE: .../.../... TIME: ....:....
OPER. ..........................
APPLICATION RATES:
CHEM. 1 = XXXX.X OZ/AC
CHEM. 2 = XXXX.X OZ/AC
CHEM. 3 = XXXX.X OZ/AC
CHEM. 4 = XXXX.X OZ/AC
CHEM. 5 = XXXX.X OZ/AC
CHEM. 6 = XXXX.X OZ/AC
CARRIER = XXXX.X GAL/AC
VOLUME APPLIED:
CHEM. 1 = XXXX.X OZ (GAL)
CHEM. 2 = XXXX.X OZ (GAL)
CHEM. 3 = XXXX.X OZ (GAL)
CHEM. 4 = XXXX.X OZ (GAL)
CHEM. 5 = XXXX.X OZ (GAL)
CHEM. 6 = XXXX.X OZ (GAL)
CARRIER = XXXX.X GAL
AREA COVERED:
FIELD = XXX.XX AC
TOTAL = XXXX.X AC
CHEM. DESCRIPTION:
CHEM. 1 = ...................
CHEM. 2 = ...................
CHEM. 3 = ...................
CHEM. 4 = ...................
CHEM. 5 = ...................
CHEM. 6 = ...................
WEATHER DATA:
TEMP. ...... %-HUMD. .......
WIND SPEED ..... DIR. ......
FIELD# ..........................
REF# ..........................
DATE: .../.../... TIME: ....:....
OPER. ..........................
MIDWEST TECHNOLOGIES, INC.
TASC-6600 SPRAY CONTROL
NOTES:
(Gal) indicates units roll over to GAL.
Units are shown in English
Units will match the console unit selection