Socket & See SP200 Professional Proving Unit
Reliable Proving for Voltage Indicators and Multimeters
The Socket & See SP200 Professional Proving Unit provides a safe and reliable way to check the correct operation of two-pole voltage indicators and multimeters both before and after use. This compact Socket & See Proving Unit generates test voltages from 50V to 690V, making it a practical choice for electricians carrying out routine electrical testing.
The Socket & See SP200 features an intelligent voltage ramp that increases and decreases the output voltage, mimicking the ramp feature on compatible voltage indicators. Unlike many other proving units, the SP200 generates a true AC waveform using just six AA alkaline batteries and can carry out many hundreds of proving checks from a single set of batteries.
Request a competitive quote today if you want a dependable proving unit for voltage indicators and multimeters.
Socket & See SP200 Key Features:
- Straightforward operation
- Compact design
- Intelligent voltage ramp for testing multimeters and voltage indicators
- Generates test voltages from 50V to 690V
- True AC waveform output
- 50Hz test voltage
- Suitable for use with any Socket & See voltage tester
- Bright LEDs provide clear indication
- Blue flashing LED indicates low battery
- Rugged enclosure
- Lightweight and compact design
- Powered by 6 × AA alkaline batteries
- User-replaceable batteries
- BS EN 61010-1:2010 safety compliance
Why Choose the Socket & See SP200?
The Socket & See SP200 Proving Unit is designed specifically for checking that multimeters and two-pole voltage indicators are operating correctly before and after use. This professional Socket & See Proving Unit features an intelligent voltage ramp across its 50–690V output range, helping users check voltage indication across multiple voltage levels.
Bright LEDs provide clear indication, while the compact and lightweight design makes the SP200 easy to carry as part of an electrician‘s test equipment. Its rugged enclosure is designed for regular use, and a flashing blue LED clearly indicates when battery power is running low.
The Socket & See SP200 can also be used to prove any Socket & See voltage tester before and after use.
Applications:
- Proving two-pole voltage indicators
- Checking multimeters before and after use
- Proving Socket & See voltage testers
- Electrical installation work
- Electrical inspection and testing
- Electrical maintenance
- Routine voltage indicator checks
Technical Specifications:
| Features | |
| Output Voltage | 50–690V |
| Output Frequency | 50Hz Pseudo sine wave |
| Maximum Output Power | 10W |
| Safety Compliance | BS EN 61010-1:2010 |
| EMC Compliance | 61326-1:2006 |
| Operating Conditions | -10°C to +35°C at 95% RH |
| Batteries | 6 × AA alkaline batteries |
| Battery Life | 10 hours average |
| Dimensions | 68 × 130 × 48mm |
| Weight | 350g without batteries |
❓ Frequently Asked Questions (FAQ)
Q1: What is the Socket & See SP200 Proving Unit used for?
A. The Socket & See Proving Unit SP200 is designed to check the correct operation of multimeters and two-pole voltage indicators both before and after use.
Q2: What voltage does the Socket & See SP200 generate?
A. The Socket & See SP200 generates test voltages across a range of 50V to 690V.
Q3: Can the SP200 be used with Socket & See voltage testers?
A. Yes. The Socket & See SP200 Professional Proving Unit can be used to prove any Socket & See voltage tester before and after use.
Q4: How is the Socket & See SP200 powered?
A. The SP200 uses 6 × AA alkaline batteries. Average battery life is specified as 10 hours, and a flashing blue LED provides a clear low-battery indication.
Why Buy from Acutest Direct?
Buy the Socket & See SP200 Professional Proving Unit from Acutest Direct for genuine Socket & See test equipment, competitive pricing, expert technical support and fast UK delivery. For electricians who require a compact and dependable Socket & See Proving Unit, the SP200 provides a practical solution for checking voltage indicators and multimeters both before and after use.