Sturtevant Richmont EXACTA 1350-TD Series Operating Instructions Manual

555 Kimberly Drive, Carol Stream, IL 60188
Phones: 847/455-8677 800/877-1347
Fax: 847/455-0347
E-mail: CustomerService@srtorque.com
EXACTA 1350-TD SERIES DIGITAL TORQUE AND ANGLE DRIVER
Operating Instructions
The Exacta 1350-TD Series Digital Torque and Angle Drivers are designed to work with the Global 400 and Global 400mp
process monitors. These wireless tools are designed for industrial assembly use. The tool is dependent on the Global
400/400mp for directions and torque results reporting. This tool meets or exceeds the requirements of ASME B107.300 and
ISO 6789.
These tools are designed for ease of use. Operators simply apply torque to green, there are no buttons to push. The tool
provides the operator with visual, auditory, and kinesthetic guidance. The light band, display, audible beep, and vibration
signal to the operator the status for each fastening. The light band turns yellow when approaching minimum torque.
Exceeding maximum torque causes the light bands to turn red and the audible beep changes to one long tone.
Details on programming the tool through the Global 400/400mp process monitors are found in the process monitor
manual. There are "how to" programming videos at www.srtorque.com. The Exacta 1350-TD does not communicate with
the Global 8.
Establishing RF Communication With Sturtevant Richmont Process Monitors
The transceiver in the process monitor and the one in the tool each have radio identification numbers. When
communication between the two is first established, the numbers are exchanged and stored in memory. The process
monitor and tool will thereafter ignore communications from other radios until the number stored in memory is replaced
with a different identification number.
Under all conditions, the process monitor and the tool must be on the same radio channel. If the channel on the process
monitor is changed and the channel on the tool is not, they will not communicate or will cease communicating if they have
previously been associated with each other. To establish communication with the process monitor, it is necessary to follow
the instructions included with the specific process monitor to be used. Refer to the Global 400 or Global 400mp user
manual for details.
Radio Communications - 2.4 GHz Communication Overview
These tools use the 2.4GHz band for communication with the process monitor. As with all radio communications, there are
limits on the distance at which reliable bidirectional communication may be obtained. Physical barriers such as steel
framing, sheet metal and other objects that impede radio waves can significantly reduce the reliable communication
distance. Another factor affecting the reliability and distance is the radio environment in which the unit will be used. The
process monitor and tool may operate on up to 15 channels.
The radio modules in the process monitors and tools used with them comply with the IEEE 802.15.4 standard. The channel
numbers loosely match the channels used by the IEEE 802.11b/g WLAN standard. The channels used have a much smaller
footprint than WLAN. Also, the one WLAN channel radiates energy onto several of the adjacent WLAN and process monitor
channels. For the most reliable communication between the Sturtevant Richmont process monitor and the tool in an
802.11b/g LAN environment, it is usually best to choose a channel for the process monitor and tool that is separated from
the channel of the LAN. Refer to the process monitor user manual for the specific frequencies being used.
Sturtevant Richmont P/N SRT857424 Rev A – 02/21/2023 1