Conductivity transmitter
- Date Posted: 2024-12-02 08:20 From English Site
- Valid to:2025-02-16
- Purchase Quantity: 70 Piece(s)
- Trade Terms:CIF
- Max budget:1000~5000 USD
- Payment Terms:W/U
- Sourcing Request From:Request From: Brazil
- Shipping Method:Air freight
- Destination: Brazil
- Lead time:Ship in 60 day(s) after supplier receives the initial payment.
Quote Left:
8
Dear,
We are interested in obtaining a quotation for the following items. Please provide the pricing, delivery terms, and any additional information relevant to our order.
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0 a 1999 µS/cm
Alimentação: 12V DC
Standard: HBB IEC 60229
Type: EMCEE 102-00-0010
Quantity: 5
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0 a 1999 µS/cm
Alimentação: 12V DC
Standard: HBB IEC 60229
Type: EMCEE 102-00-0010
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Type of digital serial signal processing: Conductivity meter with digital serial communication
Principle of measurement: Conductivity meter with digital serial communication
Range: 0.1 µS a 500 mS
Alimentação: 12V DC
Standard: HBB IEC 60229
Type: METRONIM 3-912-0100
Quantity: 5
Condutivímetro
Type of digital serial signal processing: Conductivity meter with digital serial communication
Principle of measurement: Conductivity meter with digital serial communication
Range: 0 a 200 µS/cm
Alimentação: 120 Vca
Precision: 0.5%
Standard: HBB IEC 60229
Type: YOKOGAWA SC202S-A-E/H2-SCT-1/-C8BT-1/-TB
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0.01 µS/cm a 2 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: DIGIMED DM-20
Quantity: 5
Transmissor de condutividade
Principle of measurement: Frequency of conductivity meter with digital serial communication
Range: 0.01 µS/cm a 2 S/cm
Precision: 0.5%
Standard: HBB IEC 60229
Type: YOKOGAWA SC202S-A-E/H2-SCT-1/-C8BT-1/-TB
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0.01 µS/cm a 2 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: DIGIMED DM-20
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
We are interested in obtaining a quotation for the following items. Please provide the pricing, delivery terms, and any additional information relevant to our order.
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0 a 1999 µS/cm
Alimentação: 12V DC
Standard: HBB IEC 60229
Type: EMCEE 102-00-0010
Quantity: 5
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0 a 1999 µS/cm
Alimentação: 12V DC
Standard: HBB IEC 60229
Type: EMCEE 102-00-0010
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Type of digital serial signal processing: Conductivity meter with digital serial communication
Principle of measurement: Conductivity meter with digital serial communication
Range: 0.1 µS a 500 mS
Alimentação: 12V DC
Standard: HBB IEC 60229
Type: METRONIM 3-912-0100
Quantity: 5
Condutivímetro
Type of digital serial signal processing: Conductivity meter with digital serial communication
Principle of measurement: Conductivity meter with digital serial communication
Range: 0 a 200 µS/cm
Alimentação: 120 Vca
Precision: 0.5%
Standard: HBB IEC 60229
Type: YOKOGAWA SC202S-A-E/H2-SCT-1/-C8BT-1/-TB
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0.01 µS/cm a 2 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: DIGIMED DM-20
Quantity: 5
Transmissor de condutividade
Principle of measurement: Frequency of conductivity meter with digital serial communication
Range: 0.01 µS/cm a 2 S/cm
Precision: 0.5%
Standard: HBB IEC 60229
Type: YOKOGAWA SC202S-A-E/H2-SCT-1/-C8BT-1/-TB
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Condutivímetro
Principle of measurement: Conductivity meter with digital serial communication
Range: 0.01 µS/cm a 2 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: DIGIMED DM-20
Quantity: 5
Transmissor de condutividade
Principle of measurement: Sensor de condutividade indutiva
Range: 0.05 µS/cm a 1 S/cm
Precision: IP 67
Standard: HBB IEC 60229
Type: ENDRESS-H
Quantity: 10
Quotation Record 2 supplier(s) have provided quotations. Only 8 quoting chance(s) left!
| Company Name | Business Type | Location | Quote Time |
|---|---|---|---|
He******
|
Manufacturer/Factory | Hefei, Anhui | 2024-12-03 10:49 |
|
Wu******
|
Trading Company | Wuxi, Jiangsu | 2024-12-03 08:20 |