RICE LAKE Digital Canister Load Cells, In Stainless Steel, “RL5426DC” Series with Connectors
Petra Mechatronics Middle East | Authorized reseller of Rice Lake
Digital canister load cells for CE-M approved weighbridges, tanks, silos, etc. Manufactured in STAINLESS STEEL, IP68 protection degree, 6000 divisions.
Specifically developed for working without junction box.
CAPACITIES: 30 t, 40 t
OIML R60. C6 precision class.
Stainless steel body. IP68 Protection Degree.
h= 118,5 mm.
TECNICAL FEATURES
METROLOGICAL FEATURES
Rated capacity: (FS): 30 t, 40 t
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 (EC Test Certificate, according to OIML R60 (2000))
ELECTRONICMECHANICAL FEATURES
Gas dischargers to protect against atmospheric discharges
Double connector for load cells interconnection and weight indicator connection, without junction box.
RS485 communication technology
Rice Lake communication protocol
Power Supply: 8…15 Vdc
Rated digital output: 60000 d
Current consumption: 35 mA
Internal resolution: 24 bit
Converter rate: max. 40 conv./sec.
RS485 communication speed: Max 100kHz.
Operating temperature: -20 ~ +70 °C
Compensated temperature: -10 ~ +40 °C
Safe load limit: 120% F.S.
Ultimate overload: 150% F.S.
IP68 protection degree
Stainless steel body
4-core RS485 cable as optional, 7mm diameter
Nickel plated steel cable gland
Self-centring spherical bases
Equipped with anti-rotation system, to be combined with 173798 cups for proper operation
CONNECTION
CABLE COLOR CODE
RED
EXCITATION +
BLACK
EXCITATION –
GREEN
A+
WHITE
B-
METAL
Shield
INSTALLATION KIT
The 173793 kit allows a correct installation of the RL5426DC 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.