Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE & T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·m capacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.

Rotary transducers are designed to measure the torque from continuously rotating shafts. This new range offers an additional model of 5 N·mcapacity and class leading performance with impulse tools and will be supplied with a UKAS calibration certificate from Norbar's laboratory. These transducers are known as 'SMART' transducers. They have built-in intelligence in the form of a memory circuit which contains essential information about the transducer which can be read by the appropriate type of instrument (TST, TTT, TTL-HE& T-Box), thus reducing set-up time. They will also work with instruments that cannot read the memory information, by inputting the relevant calibration details manually.