HPV10001.110(R2)

Camtec AC/DC industrial power supply unit DIN Rail 1.008W 110V 9,1A

HPV10001.110(R2)HPV10001.110(R2)HPV10001.110(R2)
Manufacturer Part No.
HPV10001.110(R2)
Schukat Part No.
HPV10001.110(R2)
Manufacturer
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2 Pcs. in stock

Planned delivery time
Ø 9 Weeks
Life Cycle Status
The life cycle indicates which market phase the item is in. We distinguish between: • Active (green) • NRND = Not Recommended for New Designs (yellow) • LTB = Last Time Buy (yellow) • EOL = End of Life (red)
Active
Available (from stock)
Replacement / Follow-up View entire series
Data Sheet
ECAD Model
Downloads

Prices

Manufacturer bundle 1 Pcs.
Manufacturer's packaging unit (Mfr. PU) means the smallest original packaging unit of the manufacturer.
Price per 1 Pcs.

Quantity and Options

(at least 1 or multiple of 1)
All prices net plus VAT. We do not deliver to private customers.

Fact Sheet

Notice
Cross-references:
Here you will find suitable redundancy modules.
Here you will find suitable buffer modules.
Here you will find suitable surge protection devices.
Here you will find suitable inrush current limiters.
Here you will find suitable busbars & bus ducts.
Here you will find suitable EMC & interference suppression components.
Here you will find suitable cables/wires.

Package/Case
DIN Rail
Output Power
1,008 W
Output voltage
110 V
Output current
9.100 A
Efficiency
93 %
RoHS-Conform

Specifications

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General

Manufacturer
  • Camtec
Series
  • HPV10001
Alternative Part Number
  • HPV10001.110
Product group
  • M7534
Application
  • ITE
  • Industry
Package/Case
  • DIN Rail
Dimension: Width
  • 200 mm
Dimension: Height
  • 156 mm
Dimension: Depth
  • 115 mm
Weight
  • 3,200 g
Manufacturer's warranty (years)
  • 5
Product description
  • The Camtec HPV models are high-precision laboratory power supplies “Made in Germany”. These power supplies are designed for power supply systems intended for industrial use. Camtec Power Supplies has been manufacturing high-end switching power supplies in Germany for more than 25 years. A field failure rate of less than 0.004% over a 10-year period confirms our rigorous quality approach. Every Camtec product manufactured undergoes 100% testing of every individual function and a full-load burn-in test. Although not required by safety standards, our production department carries out a routine safety test on every unit manufactured, even if it is a low-voltage model. The components in the assembled unit undergo stress ageing to ensure a consistent level of performance and to prevent delayed failures. Our internal product development guidelines set a clear objective: the reputation of Camtec products must be ‘fit and forget’. For our team, quality is never just a promise. The design of the HPV series meets the demands of sophisticated applications such as complex drives, piezo print heads, test benches and professional mechanical engineering. The power supply offers low noise, precise load regulation and high efficiency of up to 93 per cent. High-quality, long-life capacitors guarantee an extended run-on time and an exceptional service life for the power supply. The circuit design is engineered for complex loads. The internal control loop prevents problematic operating conditions to protect your system from damage. The HPV series features active protection against high input transients using suppressor diodes, X2 capacitors and varistors. All inputs, outputs and functional connections are galvanically isolated. The design specifications are geared towards enhanced immunity to interference and safety. The unit complies with the safety standards EN61010-1, EN61010-2-201, EN62368-1, EN60950-1 and EMC compliance in accordance with EN55032. The unit is resistant to continuous short circuits (ticker operation) with automatic restart. The HPV features internal temperature monitoring, which protects the unit from overload. As soon as the temperature drops to normal levels, the power supply restarts automatically (autostart). The start-up behaviour is controlled in all cases, and uncontrolled or excessive overshoot of the output voltage never occurs. A special heat dissipation design enables thermal coupling via a baseplate, should the customer so wish. A baseplate mount is available as an accessory. The units naturally operate independently even without this baseplate. The baseplate therefore has no influence on the derating behaviour of the units as specified in the data sheet.
Features
  • Adjustable output voltage
Notice

Operating conditions

MTBF
  • 400,000 h
Operating expectation
  • 127,196 h
Operating Temperature Min.
  • -25 °C
Operating Temperature Max.
  • 70 °C
Storage Temperature Min.
  • -40 °C
Storage Temperature Max.
  • 85 °C

Input

Mains connection/phases
  • I
Mains frequency min.
  • 47 Hz
Mains frequency max.
  • 63 Hz
Input voltage min. AC
  • 90 V
Input voltage max. AC
  • 264 V
Input voltage min. DC
  • 250 V
Input voltage max. DC
  • 375 V
Input current
  • 9.8 A
Efficiency
  • 93 %
Inrush current, max.
  • 162 A
Max. number on B16 circuit breaker
  • 1
Max. number on C16 circuit breaker
  • 1
Power factor correction (PFC)
Connection type, input
  • Screw Terminal

Output

Number of outputs
  • 1
Output Power
  • 1,008 W
Output voltage
  • 110 V
Output voltage tolerance
  • -1.01 %
Ripple & Noise
  • 250 mVp-p
Output current
  • 9.100 A
Overload protection
Type of overload protection
  • Constant current limiting
Short-circuit protection
Overvoltage protection
Overtemperature protection
Connection type, output
  • Screw Terminal

Safety/Certifications

Protection class
  • I
Protection Class IP
  • IP20
Isolation voltage I/P-O/P
  • 3,000 V
Isolation voltage I/P-FG
  • 2,500 V
Isolation voltage O/P-FG
  • 2,500 V
Approvals
  • CE
  • EN
  • UKCA
Standards (EMC)
  • EN 55032 Class A
  • EN 55032 Class B
Standards (safety)
  • EN 60950-1
  • EN 61010-1
  • EN 62368-1
  • IEC 60950-1