德国KRACHT流量计VC0.4K1PK不受粘度影响

流量计VC0.4K1PK根据齿轮马达原理,测量齿轮由液流驱动，齿轮在测量腔内无接触运行。轴承元件采用摩擦小的球轴承或滑动轴承。齿轮的运动信息由盖板内安装的两个传感器在不接触的情况下取样。传感器舱和计量器室之间安装了一个耐压的非磁性隔离板。

设计：齿轮马达

连接类型：板式安装/管道连接

安装位置：任意

流向：双向

粘度：1..1.000.000 mm2/s

*大压降：Opmax- 16bar

德国KRACHT流量计VC0.4K1PK不受粘度影响

应用：消耗测量

介质：胶印油墨，润滑性较好，高粘度

铸铁主体，铜质滑动轴承，间隙较大

线性误差<±0.1%

重复性<0.1 %

电源电压端子：直流24伏± 20 %

波动量：<10 %

电子输出  通过光电耦合器电子绝缘

短路电流   约25 mA

信号电平1信号   0.8x电源电压>2k ohm

信号电平О信号   禁止输出、剩余电流<10 uA

*低温度   248K(-25 °℃)

*高温度   333K(+60°C)

尺寸     107.5 x 92x 22 mm

连接     可快速锁扣在35 mm

安装通道DIN 46277

重量     约150 g

产品特性

·针对各种应用,VC系列都已经根据具体的介质，通过区分各种间隙、轴承和材料进行了分类。

·具有出色重复性的高精度测量

·在较广的温度范围内，输出信号不受温度影响

·宽泛的测量范围可以满足各种具体需要

·在低流速测量范围的下限依然能保持高精度

·在范围内，测量不受粘度影响

·电子设备的高操作可靠性

·低压降

·前置放大器终端易于使用

·高灵敏度测量

·电子设备的操作说明

·高工作压力

·EMC兼容设计中的传感器系统和前置放大器

·低噪音

·防爆型号适用于各种规格的流量计

VC流量计功能

·当测量装置旋转一个齿积时，传感器发出对应于几何齿积Vgz的信号。

·这一信号由前置放大器转换为方波信号。

·双通道采样可以实现更好的分辨率和流向识别。

VC0.025F1PS/71

VC0.025F5RS

VC0.2E6PS

VCA0.04FFR1

VCA2FBR2X

VC1P1PX

VC0.1F4PS

VC0.2F6PX

VC0.2F4PS

VC5F1PS/79

VCA2FCR1

VCA0.2FBR1V/148

VC0.04E1PS/74

SVC10A1G1P1H1

VC0.04

VC1F4PS/145

VC1F4PS/101

VCA0.1FER1

SVC40A1F1F1S1

VC0.025F8PV F-02

VC0.2F1PS

VCA2FCR1V

VC1F4PS

SVC10A1G1F1H1

VC5P1PK

VC0.025F1PH

VC3F1PV

VC1F1PV

VC5F1PV

VC1P1PK

SVC10A1G1L1K1

VC1P8PK

VC0.04P8RX/164

VC1P6PS

VC5E6RS/55

VC0.025F1PS/55

VC1 F1PS/55

VC5F1PS/58

VC0.04F1PX/ATEX

VC0.025P6RS

TM34TFC040S

VC1P1PH

SVC10A1G1L1H1

VC1P8PH

VC5F4PS/113

VC5E6RS/156

VC0.2F1PS

TM16TR320S

VC0.04P1PK

VC0.4F4PS/101

VC0.04F1PX

VC3F1PX

VC0.2F1PX

VC0.4F1RS/211

VC0,025 F8 PV

VC0.1E1PS/156

VC1F6PX

VC0.4F1PS/220

SVC4B1G1PH1

VC1F1PX

VC0.2F4PS/113

VCA2FBR1/40

VC3F1PV

TM34TFS040X

TM68TFS040X

B12GDME

VCA 0.2 FBR1

VC0.2F1PS/71

VC0.04P8RX

TM1.1TFS040HT1

TM8TFS040HT1

VC0.4F1PS/220

VCG2FCP2X

SVC100A1F1F1S1

SVC40A1F1F1V1

SVC100A1F1F1V1

VCA2FCR1/81

VC0.04F6PX

VC0.2AL2F/146

VCA 0.1 FE R1

TM0.55TR320S  1637/16

VC3F1PS

TM16HR320V

VC0.1F7PS

VC5P6PS

VC0.1P6PS

VC 5 F4 PS

VC5F1PV（S）

VC0.04E6PS/156

VC1E6PS/156

VC3E6PS/156

VC3F4PS

VC0.2–AL2E

VC0.4P1PX

VC0.025P1PX

TM4TR320HT1

VCA 2 FC P1

VCA0.2 FB P2V/213

VC0.4F1PS/69

VCA0.2EBR1V/148

VC0.04P1PK+5M

VC1P1PK +5M

AS8-U-230+40M

SVC40A1F1F1S1

SVC4B1F1F1S1

SVC10A1G1F1S1

VC3F1PX+K130

VC0.1F1PS

VCA0.2FBR1

SVC4B1G1F1S1

VCA2FCR1V

SVC10A1G1F1S1

SVC10A1G1L1S1

TM 34 TFC 040V

VC0.1F1PH

VC0.2P1PH

VC1F1PS

VCA2FCR1/40

VC0.025P1PH

VC0.4E1RS

VC0.04E1RS

VC3P1PH

VC12F1PS/220

VC0.2FBR1

VC0.2EBR1

SVC100A1D1F1S1

VC0.1F1PS/69

SVC10B1F2F1S1

VC0.2F1PS/220

VC0.04F1PS

SVC40A1F1F1S1

VC0.04F6PX

VC0.4F1RS

TM1.1TR 320 HT1 , 25L

VC3F6RS/101

VC1F1PS+AS8-I-230

VC0.4F1RS

VC3F1RS

VC0.04E6PS/170

VC0.2-AL2F/71

VC0.025F1PS+AS8-U-230

SVC4B1F1F1H1

VC1F1PK

VC3F1PK

VCA2FBR1/101

VC 0.4 F1PV

VC0.4F1PS/+AS8U24/FC

VC5F1PS/79+AS8U24/FC

VC12F1PS/+AS8U24/FC

VC3F1PS+AS8-U-230

VC 0,04P6PS

VC0,025F6RS

VC3F1PS+AS8-U-230

VC1F1PS+AS8-U-230

VC0.4FPS+AS8-U-230

VC0.4F1PS+AS8-U-230

VCA2FCR1-B12GDME

TM0.55TR320S

VC1F1PS

VC1F3PS/71

VC12F1PS/71

VC3F4PS/71

TM16HFS160HT1

TM2.2HFS160HT1

VC12F1PS

VCA2FCR1D-08