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Product Description
Ohaus Triple Beam 750-S0 features a fixed stainless steel plate 6 inch diameter. The Ohaus 750 is the classic weighing instrument used often in elementary science classrooms all over the world. Features three notched and tiered beams with center reading; sliding poise; zero adjust compensator; magnetic damping; equipped for specific gravity weighing - 1/2 inch hole in base for lab rod, provision for suspending sample below platform; and die cast aluminum boxed end beam.
Ohaus Triple Beam balance deliver accuracy and dependability time and time again. The 750-00 triple beam is backed with a 5 year limited manufacturer warranty from Ohaus Corp against factory defects.
Ohaus offers 9 different triple beam balances to choose from with different weighing platforms, notched and tiered beams with center reading. The DialOGram has magnetic damping and dial operation for fine weighing. These models include:
Ohaus 710-00 Triple Beam, Removable Stainless Steel Pan
Ohaus 710-T0 Triple Beam, Removable Stainless Steel Pan & Tare
Ohaus 720-00 Triple Beam, Polypropylene Scoop
Ohaus 720-S0 Triple Beam, Stainless Steel Scoop
Ohaus 730-00 Triple Beam, Animal Container
Ohaus 750-S0 Triple Beam, Fixed Stainless Steel Plate
Ohaus 760-00 Triple Beam, Fixed Stainless Steel Plate & Tare
Ohaus 1610-00 Dial-O-Gram® Triple Beam Balance, Removable Stainless Steel Pan and Tare
Ohaus 1650-00 Dial-O-Gram® Triple Beam Balance, Fixed Stainless Steel Plate and Tare
Ohaus has a great flash tutorial explaining how a triple beam balance works and a second tutorial on the setup here.
Before weighing on your triple beam you need to "zero" the balance. Do this by sliding back all the weight poises (that slide along the beams) so that the pointer is right at the zero line. You might need to turn the quick-zeroing adjustment knob located under the weighing platform a little bit to get it right at the line.
When you set an object on the balance platform, the pointer immediately goes up and is no longer zeroed. To find out the weight of the object, you'll need to slide the weight poises until the pointer is at zero again. Start with the two heavier weight poises and then use the lightest one to do the fine tuning.
To read the weight of an object in grams, add up the number that each weight poise is at when the pointer zeroes. For example, if the heaviest poise is at 400 g, the next one at 40 g, and the lightest one at 6.9 g, then the total weight of the object is 446.9 grams.
Ohaus Triple Beam balance deliver accuracy and dependability time and time again. The 750-00 triple beam is backed with a 5 year limited manufacturer warranty from Ohaus Corp against factory defects.
Ohaus offers 9 different triple beam balances to choose from with different weighing platforms, notched and tiered beams with center reading. The DialOGram has magnetic damping and dial operation for fine weighing. These models include:
Ohaus 710-00 Triple Beam, Removable Stainless Steel Pan
Ohaus 710-T0 Triple Beam, Removable Stainless Steel Pan & Tare
Ohaus 720-00 Triple Beam, Polypropylene Scoop
Ohaus 720-S0 Triple Beam, Stainless Steel Scoop
Ohaus 730-00 Triple Beam, Animal Container
Ohaus 750-S0 Triple Beam, Fixed Stainless Steel Plate
Ohaus 760-00 Triple Beam, Fixed Stainless Steel Plate & Tare
Ohaus 1610-00 Dial-O-Gram® Triple Beam Balance, Removable Stainless Steel Pan and Tare
Ohaus 1650-00 Dial-O-Gram® Triple Beam Balance, Fixed Stainless Steel Plate and Tare
Ohaus has a great flash tutorial explaining how a triple beam balance works and a second tutorial on the setup here.
Before weighing on your triple beam you need to "zero" the balance. Do this by sliding back all the weight poises (that slide along the beams) so that the pointer is right at the zero line. You might need to turn the quick-zeroing adjustment knob located under the weighing platform a little bit to get it right at the line.
When you set an object on the balance platform, the pointer immediately goes up and is no longer zeroed. To find out the weight of the object, you'll need to slide the weight poises until the pointer is at zero again. Start with the two heavier weight poises and then use the lightest one to do the fine tuning.
To read the weight of an object in grams, add up the number that each weight poise is at when the pointer zeroes. For example, if the heaviest poise is at 400 g, the next one at 40 g, and the lightest one at 6.9 g, then the total weight of the object is 446.9 grams.
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