Table des Matières
Publicité
Attachment
to the Conformity document
COMPATIBILITY OF MODULES
Ref.: WELMEC 2 (2000)
Non-Automatic Weighing Instrument, single-interval.
Certificate of EU Type-Approval N
INDICATOR
A/D (Module 1)
Accuracy class according to EN 45501 and OIML R76:
Maximum number of verification scale intervals (n
Fraction of maximum permissible error (mpe):
Load cell excitation voltage:
Minimum input-voltage per verification scale interval:
Minimum load cell impedance:
Coefficient of temperature of the span error:
Coefficient of resistance for the wires in the J-box cable:
Specific J-box cable-Length to the junction box for load cells:
Load cell interface:
Additive tare, if available:
Initial zero setting range:
Temperature range:
Test report (TR), Test Certificate (TC) or OIML Certificate of Conformity:
LOAD RECEPTOR
Construction:
Fraction of mpe:
Number of load cells:
Reduction ratio of the load transmitting device:
Dead load of load receptor:
Non uniform distribution of the load:
Correction factor:
LOAD CELL
ANALOG (Module 3)
Accuracy class according to OIML R60:
Maximum number of load cell intervals:
Fraction of mpe:
Rated output (sensitivity):
Input resistance of single load cell:
Minimum load cell verification interval:
Rated capacity:
Minimum dead load, relative:
Temperature range:
Test report (TR) or Test Certificate (TC/OIML) as appropriate:
COMPLETE WEIGHING INSTRUMENT
Manufacturer:
Detecto
Accuracy class according to EN 45501 and OIML R76:
Fractions: p
= p
² + p
² + p
²:
i
1
2
3
Maximum capacity:
Number of verification scale intervals:
Verification scale interval:
Utilisation ratio of the load cell:
Input voltage (from the load cell s):
Cross-section of each wire in the J-box cable:
J-box cable-Length:
Temperature range to be marked on the instrument:
Peripheral Equipment subject to legal control:
Acceptance criteria for compatibility
Class
<=
Class
WI
ind
pi
<=
1
n
<=
n
for the class
max
n
<=
n
ind
n
<=
n
LC
E
<=
DL * R / N
min
√N / R
v
<=
e
min *
or (if v
is not given)
min
(E
/ n
)
(√N / R)
<=
e
max
LC
*
Δu
Δu
<=
min
R
<=
R
/ N
Lmin
LC
L / A
<=
(L / A)
T
<=
T
T
range
max -
Q * Max * R / N
<=
E
max
Signature and date:
Program made by DELTA
Per Bengtsen, EU Notified Body No. 0199
DECLARATION OF CONFORMITY
with WELMEC 2 paragraph 12
o
:
Type:
):
max
(Module 2)
Type:
+
Q = 1 + (DL + T
+ IZSR
Type:
(v
= 100 / Y)
min%
Type:
α = (Max / E
Δ
= C * U
u
Not required
& Class
(WELMEC 2: 1)
LC
(R76: 3.5.4.1)
(R76: 3.2)
(WELMEC 2: 4)
(R76: 4.12.2)
(WELMEC 2: 6d)
(R76: 4.12.3)
Alternative solutions:
(WELMEC 2: 7)
(WELMEC 2: 8)
(WELMEC 2: 9)
WI
(WELMEC 2: 10)
max
(R76: 3.9.2.2)
min
(R76: 4.12.1)
TAC:
MV2
Class
( I, II, III or IIII )
ind
n
ind
p
1
U
[ Vdc ]
exc
Δu
[ µV ]
min
[ Ω ]
R
Lmin
Es
[ % / 25°C ]
[ % / Ω ]
Sx
(L/A)
[ m / mm² ]
max
4-wire (no sense)
+
T
[ % of Max ]
IZSR
[ % of Max ]
T
/ T
[ °C ]
min
max
DANAK-1913746
Platform
p
2
N
R=F
/ F
M
L
DL
[ % of Max ]
NUD
[ % of Max ]
+
+ NUD) / 100
LFB-250P
Class
( A, B, C or D )
LC
n
LC
p
3
C
[ mV / V ]
[ Ω ]
R
LC
v
[ % of Emax ]
min%
E
[ kg ]
max
(E
E
) * 100
[ % ]
min /
max
T
/ T
[ °C ]
min
max
R60/1991-DK-00.02
Single-interval
6550KGEU
Class
( I, II, III or IIII )
WI
p
i
Max
[ kg ]
n
e
[ kg ]
) * (R / N)
max
* α * 1000 / n
[ µV/e ]
exc
[ mm² ]
A
L
[ m ]
T
/ T
[ °C ]
min
max
Passed, provided no result below is < 0
Class
:
WI
1 - pi =
n
for the class - n =
max
n
- n =
ind
n
- n =
LC
(DL * R / N) - E
=
min
* √N / R) =
e - (v
min
↑ ↓
e - ((E
/ n
) * (√N/ R)) =
max
LC
Δu − Δu
=
min
(R
/ N) - R
=
LC
Lmin
WI
(L / A)
- (L / A) =
max
(T
- T
) - T
=
max
min
range
E
- (Q * Max * R / N) =
max
Conclusion . . . . .
This is an authentic document made from the program:
"Compatibility of NAWI-modules version 3.0".
Single-interval
6550KGEU-300kg_Comp_of_Modules_LFB-250P_2018
Page 2
DK0199.436
III
6000
0.5
5
0.83
87
0.006
0.0152
127
5
-2
/
2
-10
/
40
0.5
4
1
38.95
20
1.6595
C
3000
0.7
2.2
350
0.02
125
0
-10
/
40
III
1.0
300
3000
0.1
0.60
2.20
0.22
5
PASSED
0.0
7000
3000
0
29.2125
0.050
1.37
1
347
20
0.5
PASSED
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Table des Matières
