BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW
MPN: R911266327
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW is a machine controller capable of supporting up to 2 axes with analog and digital I/O signals. Manufactured by Bosch Rexroth Indramat as part of the BTM03 Machine Operator Panels, it has an IP20 protection class. The controller includes internal fan cooling for reliability.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Bosch Rexroth is a global engineering company that designs and manufactures drive and control technologies. The company serves industrial automation, mobile applications and machinery sectors. It supports energy efficiency, precision control and system integration across complex engineering projects.
The BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW Machine User Terminal enables reliable control and monitoring of machine operations. This terminal is equipped to work in automated systems that require high operational safety and configurable user interaction. It features lockable modules, protective housing and a remote bus connection. The device is suitable for industrial environments and meets functional safety standards. The terminal includes a spindle override module (Module SA) with 16 lock settings and a 3 position switch key with LED. The front panel of the SA module is rated at IP65 for dust and water protection. The spindle speed is adjustable with scaling from 45 % to 120 % in 5 % increments. The terminal connects via Interbus remote bus and supports a fixed address range of seven words when configured as a single participant. The maximum heat loss of the device is approximately 20 W. The presence of always available handwheel electronics allows replacement with an external handwheel if necessary. This flexibility improves adaptability for specific machinery configurations. The terminal supports structured integration with other devices like the BTM modules.
The BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW machine user terminal is designed to operate in ambient temperatures ranging from +5 °C to +45 °C. The light grey RAL 7035 color housing of the model improves visibility and identification in industrial lighting conditions. This unit integrates various functional modules to allow structured control within industrial machinery setups. Each module adds dedicated capability. The system supports feedback and real time interaction through its LED illuminated switches.
Frequently Asked Questions about BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW:
Q: How does the Bosch Rexroth BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW handle precise spindle control in demanding setups?
A: The terminal integrates a spindle override module (SA) with 16 lock settings and a 3-position switch key with LED. It scales spindle speed from 45% to 120% in 5% increments for adaptable performance.
Q: What makes the BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW terminal suitable for harsh industrial conditions?
A: Its SA module front panel is rated IP65, ensuring dust and water protection in challenging environments. The light grey RAL 7035 housing improves visibility under industrial lighting.
Q: How does the BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW integrate with automated systems and remote communication?
A: The device uses an Interbus remote bus connection with a fixed address range of seven words when configured as a single participant. This enables structured integration and stable communication with other BTM modules.
Q: Why is the heat management of the BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW important for continuous operation?
A: The terminal has a maximum heat loss of approximately 20 W, supporting consistent thermal performance. This allows stable operation in ambient temperatures from +5 °C to +45 °C.
Q: How does the BTM03.1-NA-TA-TA-TA-VA-SA-2FF-FW enhance flexibility with external control components?
A: It includes always-available handwheel electronics, allowing easy replacement with an external handwheel when needed. This design improves adaptability for various machinery configurations and complex control setups.