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RADWAG PM 10.4Y PRECISION BALANCE Professional Lab Scale 10kg x 0.01 Gram
$ 1644.57
- Description
- Size Guide
Description
RADWAG PM 10.4Y PRECISION BALANCE Professional Lab Scale 10kg x 0.01gRADWAG PM series balances are equipped with an innovative measuring system based on RADWAG MonoBLOCK™ technology. This enables operation with readability of 0.01 g at capacity of 15 kg, and with readability of 0.5 g at capacity of 60 kg.
Use of the new measuring system, which is a subject matter of RADWAG patent, guarantees stability of repeatability over time at a range sd<1d. The unique measuring system solution is characterized with great resistance to ambient conditions change.
An in-built 4-point protection system prevents balance overloading, this ensures safety in case too heavy load is applied onto the weighing pan.
Balance offers possibility of weighing loads outside the weighing platform (so called under-hook weighing). This is an alternative for weighing loads with non-standard dimensions and shapes or those generating magnetic field.
Main features:
new RADWAG MonoBLOCK™ sensor
unrivalled repeatability of indications
weighing of heavy loads with maximum accuracy
intuitive operation guaranteed by a colour touchscreen
compliance with CFR21
fast mass measurements
robust mechanical design – new lower weighing platform
improved ergonomics – two types of weighing terminal for selection
Max capacity [Max] 10 kg
Minimum load 0,5 g
Preload range 1 kg
Readability [d]0.01 g
Tare range -10 kg
Repeatability at nominal load 0.01 g
Repeatability at low load 0.004 g
Linearity ±0.03 g
Minimum weight (USP) 8.2 g
Minimum weight 0.82 g
Stabilization time 3 s
Adjustment internal
Sensitivity drift 2 ppm/°C in temperature +15 ° +35 °C
Working temperature +10 ÷ +40 °C
Power supply 12 ÷ 16 V DC
Display 5,7'' (touch screen)
Interface 2× USB-A, 2×RS 232, Ethernet, Wireless Connection, 4 Inputs / 4 Outputs (digital)
Pan Size200×185 mm
Packaging size 520×520×280 mm
Net weight/gross weight 9.8 / 12.8 kg
Power consumption 0.5 A
Repeatability is expressed as a standard deviation from 10 weighing cycles
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