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The Scaletron
Model 1099 Chemical Process Controller is central
to the Scaletron Industries, Ltd. Total
Electronic System which provides more accurate scale
weights and automated use reports of chemicals used in the
treatment of municipal drinking and industrial water, as well
as municipal and industrial wastewater treatment.
The Model
1099 used in conjunction with Scaletron's electronic
base scales will reduce or eliminate most of the problems
associated with the use of water and wastewater treatment
chemicals such as: under dosing, over dosing, need for round-the-clock
monitoring, accurate record keeping requirements, worker safety,
environmental concerns, and equipment deterioration due to
a highly corrosive environment.
The Model 1099 Chemical Process Controller provides an automated
way of controlling the batching process of chemicals used
to prepare day-tanks, such as pumping several chemicals into
a tank mounted on a scale base and mixing them together prior
to dosing the desired chemical solution into the water system.
Our Model
1099 can operate 4 scales with 4 individual channels.
It will monitor up to 4 groups of scales with each group using
one channel for a total of 16 load cells. It is also capable
of operating different types of scales (dual cylinder, drum,
platform, ton) used in the same system provided that the number
of load cells does not exceed 16.
The Model
1099 comes standard with one loop powered 4-20 mA circuit
for channel #1. Three additional circuits are available for
channels #2 thru #4. A maximum of four set points can be assigned
among the four channels.
The Model
1099 will send all reporting information to a printer,
recorder, or scada system and can provide permanent records
of daily usage, amount used, days till empty, and the feed
rate of four different scale bases, thereby preventing the
system from running out of chemicals when the plant is unmanned.
Set-point relays to control transfer and metering pumps can
prevent over filling or under filling of day tanks. The unit
can automatically regulate chemicals going into a tank, which
is generally a safer and more accurate mode of operation.
This reduces worker exposure and possible contact with chemicals.
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