Enter/Exit Program Mode

* *

ScanPal Data Collector

The Metrologic ScanPal is a data collection terminal used with the MS951 scanner. The following bar codes are used to configure the scanner to communicate with the ScanPal.

Default to ScanPal

When this option is selected, the scan-

Communication Parameters

ner’s parameters will automatically

 

 

 

 

 

 

 

 

 

 

 

 

 

change to the default settings of the

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

ScanPal data collector.

 

 

I

 

 

B

5

 

 

 

Transmit Code ID

L P 6

**Do Not Transmit Code ID

L P 5

When this mode is selected, the scanner will transmit a code type identifier before each bar code. This feature is used with the ScanPal for special applications.

Test Modes

Scan Count

S M 3

When this option is scanned, the scanner will enter scan count test mode. The firm- ware number of the scanner will also be transmitted to the host device. Do not enable this feature unless instructed to do so by a Metrologic representative.

Scannability

S M 2

*Normal Scan

S M 1

Transmit Scanner Parameters

I B 6

When this option is enabled, the scanner will enter scannability test mode. Do not enable this feature unless instructed to do so by a Metrologic representative.

When this option is selected, the scanner will exit from scannability or scan count test modes.

When this option is selected, the scanner will transmit (via Keyboard Wedge and at 9600 baud via RS-232) its current configuration.

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Metrologic Instruments MS951 manual ScanPal Data Collector, Test Modes

MS951 specifications

The Metrologic Instruments MS951 is a versatile, high-performance handheld laser scanner designed for a wide range of applications in retail and industrial settings. Featuring an advanced laser scanning technology, the MS951 provides exceptional speed and accuracy, making it ideal for environments that require quick and efficient barcode scanning.

One of the main features of the MS951 is its aggressive scan rate. Capable of reading barcodes at a remarkable rate of up to 300 scans per second, this scanner minimizes the time spent on each transaction, thus improving overall operational efficiency. The MS951 is specifically engineered to decode various barcode symbologies, including popular formats like UPC, EAN, and PDF417, ensuring broad compatibility for users.

The MS951 incorporates advanced laser technology, which enhances its performance in challenging scanning conditions. The precise laser beam allows it to read damaged, faded, or poorly printed barcodes with ease. This reliability is critical in busy retail environments where quick identification of products is necessary.

Another notable characteristic of the MS951 is its ergonomic design. Weighing approximately 6 ounces, it is lightweight and easy to handle, allowing for extended periods of use without causing discomfort to the operator. Additionally, the scanner features a comfortable grip, making it intuitive to use during long scanning sessions.

The MS951 is also equipped with an impressive range of connectivity options. It supports USB, RS-232, and keyboard wedge interfaces, enabling seamless integration into existing systems. This flexibility allows users to connect the scanner to various POS systems and computers without hassle.

Durability is another attribute that sets the MS951 apart. Constructed to withstand the rigors of daily use, it is designed to resist drops from a height of up to five feet, safeguarding it against accidental falls. This ruggedness ensures a longer lifespan and reduces the need for frequent replacements.

In conclusion, the Metrologic Instruments MS951 embodies a perfect blend of speed, accuracy, and durability, making it an excellent choice for businesses that require a reliable handheld laser scanner. Its advanced technology, ergonomic design, and versatile connectivity options position it as an essential tool for improving productivity in both retail and industrial applications. With the MS951 in hand, users can expect enhanced performance and efficient operations, ultimately driving business success.