GJR2391500R1220 81EU01H-E 全新 PLC过程控制板 ABB
负载传感器安装在滚动轴承下方，用于测量平行于
安装表面。
与腹板/带材张力成比例的腹板/带条的反作用力被传递
通过辊和轴承连接至称重传感器
称重传感器通过接线盒连接至控制单元。控制单元将
称重传感器信号转换为与反作用力成比例的直流电压。取决于
选择控制单元时，可以为两个单独的称重传感器（A）提供模拟信号
和B）、称重传感器信号之和（A+B）和/或称重传感器信号之间的差
（A-B）。
压力导管枕式称重传感器，水平测量PFTL 101，用户手册
1导言
3BSE009965R0401 en第7版
1.4.3测量原理
称重传感器仅测量FR方向上的力。测量力可能为正，或
消极的称重传感器通常安装在滚动轴承下方。当中有web/条带时
辊上的张力，张力（T）产生两个分力，一个方向为
称重传感器（FR）和直角传感器（FV）的测量
).
测量力取决于张力（T）和包角之间的关系
由围绕测量辊的幅材/带材形成。
T
T
FR
FV
W
一
p
一
包角
图2.使用力矢量测量辊
压力导管枕式称重传感器，水平测量PFTL 101，用户手册
1导言
BSE009965R0401 en版本F
2.
描述
2.1概述
PFTL 101系列中的称重传感器有六个不同的测量范围，从0.5到20
kN和两种不同尺寸（见2.2技术数据）。每个称重传感器单独校准，并且
温度补偿。
称重传感器通常用六个螺钉安装并固定在底座和轴承箱上，四个
在称重传感器的一侧，两个在相对侧。
对于PFTL 101型的所有称重传感器，称重传感器室由一块钢加工而成。
然后将传感器焊接到称重传感器室中，并进行定向，使其对
测量方向，对其他方向不敏感。
PFTL101A、PFTL101AE、PFTL 101B和PFTL101BE型称重传感器由不锈钢制成
钢
PFTL101a和PFTL101b配备有用于可插拔连接电缆的连接器。
PFTL101AE和PFTL101BE配备有固定连接电缆。
PFTL 101AER和PFTL 101 BER型称重传感器专门设计用于在腐蚀性环境中安装
环境它们由耐酸不锈钢制成，也有固定连接
缆绳
图纸中给出了所有称重传感器类型的尺寸。
连接器或固定连接电缆
测量方向
图3.测力传感器PFTL 101 A/AE/AER
压力导管枕式称重传感器，水平测量PFTL 101，用户手册
2.说明
3BSE009965R0401 en版本F 9
连接器或固定连接电缆
图4.测力传感器PFTL 101 B/BE/BER
2.2技术数据
表1称重传感器PFTL 101的技术数据
PFTL 101型数据单元
标称负载1）
测量方向的标称载荷，Fnom
A/AE/AER 0,5 1,0 2,0 kN
B/BE/BER 2,0 5,0 10 20
允许横向
精度范围内的力，FVnom
A/AE/AER 5 10 10
B/BE/BER 30 30 30 40
允许轴向载荷
在精度范围内，
法南
A/AE/AER 2 5 5
B/BE/BER 5 10 10 10
超载能力
测量方向上的大载荷，无
久变更
数据，Fmax
A/AE/AER 2,5 5 10 kN
B/BE/BER 10 25 50 80
弹簧常数A/AE/AER 32 65 130 kN/mm
B/BE/BER 130 325 650 1300
机械数据
长度A/AE/AER 230 230 230 mm
B/BE/BER 360 360 360 360
宽度A/AE/AER 84 84
B/BE/BER 104 104 104
高度A/AE/AER 125 125
压力导管枕式称重传感器，水平测量PFTL 101，用户手册
2.说明
BSE009965R0401 en版本F
B/BE/BER 125 125 125
重量A/AE/AER 9 9 10 kg
B/BE/BER 20 21 21 23
材料A/AE/B/BE不锈钢SIS 2383
DIN 17440 X12CrMoS17
Werkstoffnr 1.4104
AISI 430F
AER/BER耐酸钢：
DIN 17440 X2CrNiMo17 13 2
Werkstoffnr 1.4404
AISI 316L
精度等级A/AE/AER
B/BE/BER
± 0,5 %
线性偏差<±0,3
重复性误差<±0.05
滞后<0,2
补偿温度范围
+20-+80°C
零点漂移30（80 2））ppm/K
灵敏度漂移150
工作温度
范围
-10-+105°C
零点漂移50（100 1））ppm/K
灵敏度漂移250
储存温度
范围
-40-+105°C
1） 方向名称“V”的定义
FV中的“A”和“A”
和FA在2.5.1坐标系中给出。
2） PFTL 101AER-0.5 kN/-1.0 kN
2.3#定义
额定载荷
标称载荷Fnom是称重传感器测量方向上的大载荷
尺寸应在规定的精度等级内测量。称重传感器校准至Fnom。
体贴
灵敏度定义为
GJR2391500R1220 81EU01H-E 全新 PLC过程控制板 ABB
GJR2391500R1220 81EU01H-E 全新 PLC过程控制板 ABB
oad cells are installed under the roll bearings, where they measure forces parallel to the
mounting surface.
The reactive force from the web/strip, which is proportional to the web/strip tension, is transferred
to the load cells via the roll and the bearings
The load cells are connected to the control unit via a junction box. The control unit converts the
load cell signals to DC voltages that are proportional to the reaction force. Depending on which
control unit is chosen, it is possible to have the analog signals for the two individual load cells (A
and B), the sum of the load cell signals (A+B), and/or the difference between the load cell signals
(A-B).
Pressductor PillowBlock Load Cells, Horizontal Measuring PFTL 101, User Manual
1 Introduction
3BSE009965R0401 en Rev F 7
1.4.3 Principle of Measurement
The load cell only measures force in the direction FR. The measurement force may be positive or
negative. The load cell is normally installed under the roll bearings. When there is a web/strip in
tension over the roll, the tension (T) gives rise to two force components, one in the direction of
measurement of the load cell (FR) and one at right angles (FV
).
The measuring force depends on the relationship between the tension (T) and the wrap angle
formed by the web/strip around the measuring roll.
T
T
FR
FV
W
a
p
an
Wrap angle
Figure 2. Measuring roll with Force Vectors
Pressductor PillowBlock Load Cells, Horizontal Measuring PFTL 101, User Manual
1 Introduction
8 3BSE009965R0401 en Rev F
2
Description
2.1 General
The load cells in the PFTL 101 family are available in six different measuring ranges from 0.5 to 20
kN and two different sizes (see 2.2 Technical Data). Each load cell is individually calibrated and
temperature compensated.
The load cells are usually mounted and fixed to a base and a bearing housing with six screws, four
on one side of the load cells and two on the opposite side.
For all load cells of type PFTL 101 the load cell house is machined from a single block of steel.
A sensor is then welded into the load cell house and oriented so that it is sensitive to force in the
direction of measurement and insensitive in other directions.
The load cell types PFTL 101A, PFTL 101AE, PFTL 101B and PFTL 101BE are made of stainless
steel.
PFTL 101A and PFTL 101B are equipped with a connector for the pluggable connection cable.
PFTL 101AE and PFTL 101BE are equipped with a fixed connection cable.
Load cell types PFTL 101AER and PFTL 101BER are specially designed for installation in corrosive
environment. They are made of acid resistant stainless steel and they also have a fixed connection
cable.
Dimensions for all load cell types are given in A Drawings.
Connector or fixed connection cable
Measuring direction
Figure 3. Load cells PFTL 101 A/AE/AER
Pressductor PillowBlock Load Cells, Horizontal Measuring PFTL 101, User Manual
2 Description
3BSE009965R0401 en Rev F 9
Connector or fixed connection cable
Figure 4. Load cells PFTL 101 B/BE/BER
2.2 Technical Data
Table 1 Technical Data Load Cell PFTL 101
PFTL 101 Type Data Unit
Nominal Loads 1)
Nominal load in measuring direction, Fnom
A/AE/AER 0,5 1,0 2,0 kN
B/BE/BER 2,0 5,0 10 20
Permitted transverse
force within the accuracy, FVnom
A/AE/AER 5 10 10
B/BE/BER 30 30 30 40
Permitted axial load
within the accuracy,
FAnom
A/AE/AER 2 5 5
B/BE/BER 5 10 10 10
Overload capacity
Max. load in measurement direction without
permanent change of
data, Fmax
A/AE/AER 2,5 5 10 kN
B/BE/BER 10 25 50 80
Spring constant A/AE/AER 32 65 130 kN/mm
B/BE/BER 130 325 650 1300
Mechanical data
Length A/AE/AER 230 230 230 mm
B/BE/BER 360 360 360 360
Width A/AE/AER 84 84 84
B/BE/BER 104 104 104 104
Height A/AE/AER 125 125 125
Pressductor PillowBlock Load Cells, Horizontal Measuring PFTL 101, User Manual
2 Description
10 3BSE009965R0401 en Rev F
B/BE/BER 125 125 125 125
Weight A/AE/AER 9 9 10 kg
B/BE/BER 20 21 21 23
Material A/AE/B/BE Stainless steel SIS 2383
DIN 17440 X12CrMoS17
Werkstoffnr 1.4104
AISI 430F
AER/BER Acid resistant steel:
DIN 17440 X2CrNiMo17 13 2
Werkstoffnr 1.4404
AISI 316L
Accuracy
Accuracy class A/AE/AER
B/BE/BER
± 0,5 %
Linearity deviation < ± 0,3
Repeatability error < ± 0,05
Hysteresis <0,2
Compensated temperature range
+20 - +80 °C
Zero point drift 30 (80 2)) ppm/K
Sensitivity drift 150
Working temperature
range
-10 - +105 °C
Zero point drift 50 (100 1)) ppm/K
Sensitivity drift 250
Storage temperature
range
-40 - +105 °C
1) #efinitions of directions designations “V
”and “A” in FV
and FA are given in 2.5.1 Coordinate System.
2) PFTL 101AER -0.5 kN/ -1.0 kN
2.3 #efinitions
Nominal load
Nominal load, Fnom, is the maximum load in the measurement direction for which the load cell is
dimensioned to measure within the specified accuracy class. The load cell is calibrated up to Fnom.
Sensitivity
Sensitivity is defined as the difference in output values betwee
GJR2391500R1220 81EU01H-E 全新 PLC过程控制板 ABB
