PL-50 IP67
Up to 6000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Protected against humidity IP-67
High accuracy with off-center loads 500x500 mm
Hight accuracy with off-center loads
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Protected against humidity IP-67
High accuracy with off-center loads 500x500 mm
Hight accuracy with off-center loads
BS-1 IP67
Up to 4000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Protected against humidity IP-67
High accuracy with off-center loads 600x600 mm
Hight accuracy with off-center loads
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Protected against humidity IP-67
High accuracy with off-center loads 600x600 mm
Hight accuracy with off-center loads
BS-2 IP67
Up to 4000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Protected against humidity IP-67
High accuracy with off-center loads 800x800 mm
Hight accuracy with off-center loads
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Protected against humidity IP-67
High accuracy with off-center loads 800x800 mm
Hight accuracy with off-center loads
CO-1
4000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-67
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-67
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
FX-1
4000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Hermetically sealed, fully welded
Stainless steel bellow
Protected against humidity IP-68
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Hermetically sealed, fully welded
Stainless steel bellow
Protected against humidity IP-68
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
TA-1
Up to 4000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-68
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-68
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
S2-A
Up to 4000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-67
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-67
S2-B
Up to 4000 divisions OIML-R60
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-67
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
Measuring element from steel alloy
Protected against corrosion by nickel-plated treatment
Available in stainless steel
Protected against humidity IP-67
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
SP-A
Compression load cell
Complies with 4000 divisions CE OIML-R60
Fully welded. Protected against humidity IP-69K (EN DIN 40050-9)
Manufactured in Stainless steel
With gas dischargers to protect against atmospheric discharges
Bell bearing support not necessary
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
Complies with 4000 divisions CE OIML-R60
Fully welded. Protected against humidity IP-69K (EN DIN 40050-9)
Manufactured in Stainless steel
With gas dischargers to protect against atmospheric discharges
Bell bearing support not necessary
Avalable in ATEX version (opcional)
[II lGD Ex ia IIC T6 IP6 T85ºC]
SP-DP
DIGITAL Compression load cell
Complies with ≤ 4000 divisions CE OIML-R60
Fully welded. Protected against humidity IP-69K (EN DIN 40050-9)
Manufactured in Stainless steel
Software corner adjustement
IP-68 Connectors
Available, cable with metallic cover
1st load cell directly connected to the indicator (No junction box needed)
Complies with ≤ 4000 divisions CE OIML-R60
Fully welded. Protected against humidity IP-69K (EN DIN 40050-9)
Manufactured in Stainless steel
Software corner adjustement
IP-68 Connectors
Available, cable with metallic cover
1st load cell directly connected to the indicator (No junction box needed)
SP-DC
DIGITAL Compression load cell
Complies with ≤ 4000 divisions CE OIML-R60
Fully welded. Protected against humidity IP-69K (EN DIN 40050-9)
Manufactured in Stainless steel
Software corner adjustement
IP-68 Connectors
Available, cable with metallic cover
1st load cell directly connected to the indicator (No junction box needed)
Complies with ≤ 4000 divisions CE OIML-R60
Fully welded. Protected against humidity IP-69K (EN DIN 40050-9)
Manufactured in Stainless steel
Software corner adjustement
IP-68 Connectors
Available, cable with metallic cover
1st load cell directly connected to the indicator (No junction box needed)
CAJA/6-RA
Junction boxes for 4, 6 and 8 analogue load cells.
Duraluminium housing and galvanic paint finished.
PG9 cable gland. Up to 8 mm. diameter cable section.
Gas dischargers against atmospheric perturbations and lightings.
50 ohms potentiometers for a better corners adjusts.
Avoiding potentiometer direct connection may be done for a easiest autocalibration.
Duraluminium housing and galvanic paint finished.
PG9 cable gland. Up to 8 mm. diameter cable section.
Gas dischargers against atmospheric perturbations and lightings.
50 ohms potentiometers for a better corners adjusts.
Avoiding potentiometer direct connection may be done for a easiest autocalibration.