Canister load cells stainless steel IP69K, 30 tonnes. OIML R60, C6.

Name: Canister load cells stainless steel IP69K, 30 tonnes. OIML R60, C6.
Brand: RICE LAKE
SKU: RL5426-30T
Price: 856.25 EUR
Availability: InStock

In stock

Price:

Showing prices excl vat

Article no:

RL5426-30T

Stock status:

In stock

Standard Warranty

12 months

Extended Warranty

Brand:

RICE LAKE

Available in several variants

20 tonnes	RL5426-20T	€ 685,00
30 tonnes	RL5426-30T	€ 685,00
40 tonnes	RL5426-40T	€ 685,00
50 tonnes	RL5426-50T	€ 685,00

Description

Canister load cells for CE-M approved weighbridges, tanks, silos, etc. Manufactured in stainless steel, IP69K protection degree, 6000 divisions.

Capacities: 20 t, 30 t, 40t, 50 t.
OIML R60. C6 precision class.
Stainless steel body. IP69K Protection Degree.
20 m Cable.
h= 118,5 mm.

TECNICAL FEATURES

Metrological features

Rated capacity: (FS): 20t, 30t, 50t
Combined error: 0,02 %F.S
Creep error (after 30 min.): 0,02 %FS
Temperature effect on zero: 0,003 %F.S./°C
Temperature effect on sensitivity: 0,0008 %F.S./°C

OIML R60

Vmin= Emax/18000
Accuracy class: C6
Max. number of intervals: 6000e OIML

Electronic/Mechanical features

Gas dischargers to protect against atmospheric discharges
Power Supply: 5...15 Vdc
Rated output at F.S.: 2 ± 0.1% mV/V
Input resistance: 800 ± 3Ω
Output resistance: 700 ± 3Ω
Insulation resistance: 5000MΩ
Operating temperature: -20 ~ +70 °C
Compensated temperature for homologation: -10 ~ +40 °C
Storage temperature limits: -40° ~ +80°
Safe load limit: 120% F.S.
Ultimate overload: 150% F.S.
IP69K protection degree
Stainless steel body
6-core cable, l= 20 m
Nickel plated steel cable gland
Self-centring spherical bases
Equipped with anti-rotation system, to be combined with 173798 cups for proper operation

Installation Kit

The 173798 kit allows a correct installation of the RL5426 load cells below the weighbridge plate.
The kit consists of an upper cup and a lower cup with anti-rotation system. All components are made from stainless steel. Both cups are designed for optimal operation in conjunction with the cell’s self-centring spherical bases, allowing their proper oscillation and return to position.