Pavone PSRI0070 RIP H20 Display

  • Pavone PSRI0070 RIP H20 Display

Pavone PSRI0070 RIP H20 Display

Code: PSRI0070
Brand: Pavone

PSRI0080 RIP HA60
PSRI0081 RIP HA60 12VCC
PSRI0105 RIP HE160
PSRI0120 RIP HE100
PSRI0130 VIS HE60
PSRI0140 VIS HE100
PSRI0150 RIP HE100 PROFIBUS
PSRI0160 VIS HEA160

The RIP display is useful and convenient for reading the weight value at distance, this allows you to know data directly from your workstation without interrupting your activities. The RIP display launches the weight signal to other acquisition and control devices. Our RIP display is available in ABS case and disposes of automatic brightness control. Moreover, our RIP display also has a circular connector with circular clamp

Technical Specifications

Display: 5 digit red LED matrix 5x7 high efficiency, 5 digit red LED 7 segment (RIP H20)
Material: stainless steel, self-extinguishing Noryl RIP H20
Degree of protection: IP65, IP54 front RIP H20
Temperature range: -10 ÷ +40 °C (max 85 % humidity without condensation)
Storage temperature: -20 ÷ +50 °C
Serial port: RS232C or RS422/RS485 with ASCII
Power supply: 100 ÷ 240 Vac 50/60 Hz - 25 VA, 230 Vac 50/60 Hz - 7 VA (RIP H20)
Regulatory compliance: EN 61000-6-2, EN 61000-6-3, EN61010-1
Transmission distance: 15m (RS232C), 1000m (RS422; RS485)
Reading distance: up to 8 m (RIP H20); up to 45 m (RIP HE160)
Digits height: 20 mm, 60 mm, 100 mm, 160 mm

Pavone Datasheets

Country & Language File Name Download Link
United States (English) Technical_Specifications_Pavone_Systems_dat400_ab4429_77453.pdf Download
United States (English) Technical_Specifications_Pavone_Systems_dat500_4f7480_64370.pdf Download
United States (English) Technical_Specifications_Pavone_Systems_dat-500-analog_efec3b_78468.pdf Download
United States (English) Technical_Specifications_Pavone_Systems_mc302_43103b_19246.pdf Download
United States (English) Technical_Specifications_Pavone_Systems_mct-1303-batch_081be9_91178.pdf Download
United States (English) Technical_Specifications_Pavone_Systems_tester1006_9b8a5a_88792.pdf Download

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