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Accounts Receivable Conversion (ARC) or Lockbox
Truncation describes the process of converting a personal paper
check into an Electronic
Funds Transfer (EFT) through the Automated Clearing House (ACH)
on checks that are sent via mail or other means to a merchant
for payment of goods and/or services. ARC can also be used in
payment locations where the payments are batched daily for processing.
The EFT Network ARC system is a Web-based system that captures
image and check data for the purpose of Accounts Receivable Conversion.
The data is confirmed by the Biller and submitted to EFTN over
the Web connection.
Once submitted the paper checks are converted into electronic
entries and debited from the check writer’s account. The
EFT Network system can also convert non-consumer items (cashier
checks, paychecks,
government checks, etc.) by printing IRDs (Image Replacement
Documents) and submitting them to the banking system.
- Your account is credited within 2 business days
of the file submission date – Monday file by 5PM EST is
in the account Wednesday morning (Risk Management Assessment is
performed
on
all company
applications).
- The EFT Network system handles consumer and business
checks. Business checks are cleared by printing and depositing
a substitute check (an IRD) through our system. For business
checks, the
funds are deposited into and cleared through our bank
and electronically deposited into the biller’s bank account. (Higher
fees apply to IRDs).
- Reduces labor fees.
- Reduces employee errors.
- Eliminates transportation charges.
- Reduces fraud.
- Reduces NSF and overdrafts (Electronic Checks go
to the head of the processing line at most banks).
- Remote locations can deposit the money to a
central company bank account.
- NSF and other returned checks are available
in 3 business days.
- NSF checks can be re-presented immediately,
along with an NSF fee - you keep all
the fees (separate written
authorization
is necessary to collect the fees).
- A results file is downloaded by the biller,
showing the results of every file along
with any returned
checks and
giving you the
exact reason for the return.
- System produces ASCII files to export
to accounts receivable or for other
reporting scenarios.
- Software can be customized to supply additional
information, reports, etc.
- No deposit slips, etc.
- Reduces handling costs.
- Low NSF Fees
- No Deposit or NSF Fees from your bank.
- The EFT Network system is a Web-based conversion
system.
- Biller receives check for payment of goods or services.
- Biller scans check using a check imager. Biller
can use a simple one-check-at-a-time imager or a high-speed
imager capable
of scanning
1 check per second. In addition to uploading the
proper information to the EFT Network, the imager will
save the image to
a file where it can be maintained for 7 years per
NACHA
requirements.
- The EFT Network system can image checks alone or
can image a check and stub. The stub can be encoded
(simple number format)
so
that it inputs the customer data into our Web system.
The check immediately follows and the data from
the two are
merged to
form the transaction information for that check
writer.
- The biller views the check and stub data online,
confirms correctness, and submits.
- If the biller is using checks with no stubs
the biller keystrokes $ amount and insures correctness of data
into the online system – this
is done by viewing a snippet of the check and the
check data on the biller’s screen.
- Once batches are approved they are submitted to
the EFT Network.
- EFTN translates the data into a NACHA file and
sends the files to the ACH.
- Credit is made to the merchant in 2 business days
provided the merchant transmits to the EFTN processing
center before the
daily cutoff time (5PM EST).
- In 3 business days all results files (paid and
unpaid items) are downloaded by the biller.
- All NSF checks can be immediately resubmitted
by clicking on them – a fee may also be collected if proper
authorization has been received.
Several imagers can be
used. The Magtek imager is a one-check-at-a-time imager and requires
that a check be passed through twice
to image front and back. The other imagers we work with scan 25
to 100 checks at a time (front and back).
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