Home Bosch Rexroth Indramat TDM Series TDM2.1-15-300-W0

TDM2.1-15-300-W0

Name: TDM2.1-15-300-W0
Brand: Bosch Rexroth Indramat
Price: 158 USD
Availability: InStock
Rating: 4.6 (31 reviews)

Straightforward Pricing: No Rush Fees, No Credit Card Fees

In-Stock, Ships 3-5 Days

Current response time:

6 Minutes 51 Seconds

The TDM2.1-15-300-W0 is a servo drive module designed for the accurate control of the MAC three phase motor. The drive is usually operated as a variable-speed drive in the position control loop of an NC. It features and MOD programming module for configuration, and a LED display and status lamps for easy diagnosis and troubleshooting.

Preparing your secure checkout page...

Warranty

Wake Industrial Warranty

Shipping

Payment

Surplus

Have a TDM2.1-15-300-W0 to sell?

To Speak to a sales representative for pricing and lead time:

Phone

1-888-551-3082

International

1-919-443-0207

sales@wakeindustrial.com

Description
Specs
FAQ

Product Description

The TDM2.1-15-300-W0 servo drive module is one of the most sophisticated productions of the reputable Bosch Rexroth Indramat company. This servo drive module is designed specifically for the MAC synchronous motor series, it is characterized by a high operation accuracy and the ability to maintain a high short-time acceleration moment. The TDM2.1-15-300-W0 servo drive module is designed according to the IP10 protection class, however before operation, it should be installed into an additional control cabinet that can provide a minimum protection that meets the IP54 protection class. This servo drive module features a user-friendly operation interface, a clear diagnostic panel is integrated into its front panel, it also features special status lamps for fast and rapid diagnostic operation. A special MOD plug-in module is integrated into this servo drive, the plug in module contains all adjustment parameters of the servo drive module, it attaches the servo drive to the motor type and makes servicing and repair operation easy and fast.

The continuous input current for the TDM2.1-15-300-W0 servo drive module is about 15 amperes, the servo drive module also operates with a link circuit DC voltage of about 300 volts. The rated input power of this servo drive module during operation is about 4.5 kilowatts, also during operation the servo drive module can loss about 110 watts of power. The TDM2.1-15-300-W0 servo drive module does not feature an internal fan, cooling is carried out by natural convection.

The permissible ambient temperature to maintain rated data of the TDM2.1-15-300-W0 servo amplifier during operation is about 5 to 45 degree Celsius, however during transportation and storage the servo drive module can be kept at a temperature as high as 85 degree Celsius.

TDM2.1-15-300-W0 Technical Specifications

Continuous Current:	15A
Humidity Classification.:	F in accordance with DIN 40 040.
Peak current:	15A
Link Circuit d.c Voltage:	300V
Power:	4.5kW
Weight:	9kg
Cooling:	Natural convection
Protection class:	IP10
Insulation category:	Class C in accordance with DIN VDE 0110
Power loss with continuous current:	110W

Frequently Asked Questions about TDM2.1-15-300-W0

Q: How does the TDM2.1-15-300-W0 prevent overtemperature?

A: The TDM2.1-15-300-W0 dissipates excess heat via natural convection. It also displays error messages when it detects high temperature.

Q: What motor design is the TDM2.1-15-300-W0 suited for?

A: The TDM2.1-15-300-W0 is designed to be used with the MAC synchronous motor series. It is suited for MAC 63 to MAC 93 motor series.

Q: Is the TDM2.1-15-300-W0 servo drive module environmentally friendly?

A: Under ideal operating conditions, this servo drive module does not have any negative effect on the environment.

Q: Can the MOD programming module be transferred?

A: It is possible to transfer the MOD programming module. Transfering the module also transfers all the adjustment parameters and configuration instructions.

Q: Can the TDM2.1-15-300-W0 servo drive be recycled?

A: The TDM2.1-15-300-W0 servo drive module can be recycled after its service life has been exhausted. The contains a high metal contant that makes this possible.