Samson owner manual Guided Tour Servo-260 / Servo-170 Rear Panel, Servo 260 Studio Amplifier

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Guided Tour - Servo-260 / Servo-170 Rear Panel

2

1

6

SERVO 260 STUDIO AMPLIFIER

FUSE

CAUTION

!

6A/250V

RISK OF ELECTRIC SHOCK

 

DO NOT OPEN

 

CAUTION

 

 

 

HEATSINK MAY BE HOT!

 

 

DO NOT BLOCK AIRFLOW

CAUTION ; REPLACE WITH

 

OR OVERHEATING MAY

THE SAME TYPE FUSE AS

 

 

OCCUR.

INDICATED. UTILISER UN

~AC INPUT

 

 

 

FUSIBLE DE RECHANGE DE

115V/60Hz, 490W

S/N

 

 

MEME TYPE.

 

 

 

 

 

 

 

 

USE CLASS 2 WIRING MINIMUM LOAD IMPEDANCE 4 Ω

LEFT

RIGHT

+RIGHT GROUND LEFT+

SAMSON

TO PREVENT SHOCK DO NOT

OPEN. NO USER SERVICABLE

PARTS INSIDE. REFER SERVICING

T O Q U A L I F I E D S E R V I C E

PERSONNEL. TO PREVENT FIRE

OR SHOCK HAZARD DO NOT

EXPOSE TO RAIN OR MOISTURE.

R L

(UNBALANCED 10KΩ /0dBM)

RIGHTLEFT

INPUTS

(BALANCED 10KΩ /0dBM)

3

4

5

7

1:AC input - Connect the supplied standard 3-pin “IEC” plug here.

2:Fuse holder - In the Servo-260, insert a 6 amp, 250 volt fuse here for 115 volt operation, or a 3 amp, 250 volt fuse for 230 volt operation. In the Servo-170, insert a 5 amp, 250 volt fuse here for 115 volt operation, or a 2.5 amp, 250 volt fuse for 230 volt operation. In both models, we recommend the use of normal (as opposed to slow-blow) fuses.

3:Push-Spring output connectors (left/right) - Use these to connect the Servo Amplifier to loudspeakers. Wiring is red hot, black ground— be sure to observe these to maintain correct phase correlation.

4:1/4" Unbalanced output connectors (left/right) - Alternatively, these can be used to connect the Servo Amplifier to loudspeakers. Wiring is tip hot, sleeve ground— be sure to observe these to maintain correct phase correlation.

5:Heat sink - Make sure this anodized aluminum heat sink is unobstructed when the amplifier is powered on. In particular, when the Servo Amplifier is rack- mounted, we recommend that you keep the rear of the rack open in order to release heat. If your rack does not have a removable rear, space should be left open on the front of the rack cabinet, especially immediately above the Servo Amplifier— remember, heat rises!

6:Unbalanced input connectors (left/right) - If you are using unbalanced wiring and connectors, connect incoming signal to these unbalanced RCA-type jacks (wiring is tip hot, sleeve ground). The Servo Amplifier accepts input levels of any strength but needs at least 0 dBu to achieve maximum power.

7:Balanced input connectors (left/right) - Connect incoming signal to these electronically balanced 1/4" TRS (Tip/Ring/Sleeve) jacks, wired as follows: Tip hot, Ring cold, and Sleeve ground. Use balanced three-conductor cabling and TRS plugs wherever possible (unbalanced two-conductor plugs can also be inserted into these inputs, but you’ll get better signal quality and less outside noise and hum if you use balanced lines). The Servo Amplifier accepts input levels of any strength but needs at least 0 dBu to achieve maximum power.

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Contents Amplifier Introduction System Features Guided Tour Introduction System Features Guided Tour Servo-550 Front Panel Guided Tour Servo-550 Rear Panel Servo 550 Studio AmplifierGuided Tour Servo-260 / Servo-170 Front Panel Guided Tour Servo-260 / Servo-170 Rear Panel Servo 260 Studio AmplifierSetting Up and Using the Servo Amplifier Servo-260 and 170 output connectorsSuggested Applications Appendix a Compatible Nearfield Monitors Appendix B Linearity and THD vs. Frequency Sweep Appendix C Power Output vs. THD THDAppendix D The Servo Amplifier Protection Circuitry Appendix E Bridged Mono Mode Servo-550 Only Input LEFT+ Output RIGHT+Specifications Rated Output Power

170 specifications

The Samson 170 is a versatile and robust piece of equipment designed to meet the needs of various industries, including construction, agriculture, and transportation. This innovative machine is engineered for efficiency, durability, and ease of use, making it a popular choice among professionals.

One of the standout features of the Samson 170 is its powerful engine. This machine is equipped with a high-performance diesel engine that provides ample horsepower for demanding tasks. The engine is designed for fuel efficiency, ensuring that operators can maximize productivity without incurring excessive fuel costs. The advanced engine technology also helps to minimize emissions, aligning with modern environmental standards.

The Samson 170 boasts an impressive load capacity, making it suitable for heavy-duty applications. Its strong chassis and reinforced structure ensure stability while handling loads in various terrains. The machine is designed to distribute weight evenly, reducing the risk of tipping and enhancing safety during operation.

In terms of technology, the Samson 170 incorporates a state-of-the-art hydraulic system. This system allows for smooth operation of attachments, increasing the machine’s versatility. Operators can easily switch between various implements such as forks, buckets, and grapples, adapting the machine for different tasks with minimal downtime.

The user interface on the Samson 170 is designed with operator comfort in mind. It features an ergonomic cabin with adjustable seating, intuitive controls, and excellent visibility. This design reduces operator fatigue and enhances productivity, allowing for longer working hours without discomfort.

Safety is a top priority in the design of the Samson 170. The machine is equipped with advanced safety features, including an automatic shutdown system, emergency brakes, and robust guarding to protect operators from potential hazards. Additionally, the machine adheres to strict safety regulations, giving users peace of mind during operation.

The Samson 170 also embraces modern connectivity options, enabling real-time monitoring and diagnostics. This feature allows operators to track performance metrics and receive alerts for maintenance needs, ensuring the machine is always in optimal condition.

Overall, the Samson 170 stands out for its combination of power, versatility, and advanced technology. Whether for lifting heavy loads or performing intricate tasks, this machine is engineered to handle it all efficiently, making it a valuable asset in any operation.