Ceiling hanger for OPT (PELLA type)

The PELLA pendant arm was created to group all the necessary electrical, informational and medical gases required for use in operating rooms in anesthesiology and surgery departments, as well as in intensive care units.

These false ceilings are manufactured and installed according to customer requirements according to specific location and purpose. The installed position ensures that outlets can be placed directly above medical equipment or an anesthesia machine, eliminating the risk of hoses and cables becoming disconnected.

The device is made entirely of special extruded anodized aluminum profiles and consists of the following main parts:

• Ceiling plate support system
• Technical box with aluminum hanging tube

Specifications:

• Maximum horizontal rotation in one axis (340º)
• No horizontal lever
• Mechanical brake (optional pneumatic brake)
• Load capacity: 150 kg

Version Ia:

• Stainless steel desktop monitor (450×350 mm) with adjustable dimensions
• Stainless steel monitor shelf (450x350mm) with electrostatic painted drawer (450x350x150mm), adjustable dimensions
• Pendant weight: 90 kg

Version Ib:

• Stainless steel desktop monitor (450×350 mm) with adjustable dimensions
• Pendant weight: 70 kg
• Without monitor
• Pendant weight: 60 kg

Specifications of the anesthetist box: 

• 8 electrical sockets 10 / 16A – 250V ~ color: red (UPS) or green (generator)
• 1 earthing switch for electrical sockets
• 4 equipotential connectors DIN 42801/2
• 2 connectors for data or telephone RJ45 cat.6 or cat.5e
• Optional: simple button or knob for air brake
• 7 medical gas outlets (2xO2 – 2xVac – 2xAir – 1xN2O) in accordance with ISO 9170-1
• 1 AGSS output in accordance with ISO 9170-2
• 3 pressure gauges and one vacuum gauge for pressure indication
• 1 bar equipotential grounding system and grounding of metal parts

 Surgeon Box Specifications: 

• 8 electrical sockets 10 / 16A – 250V ~ color: red (UPS) or green (generator)
• 1 earthing switch for electrical sockets
• 4 equipotential connectors DIN 42801/2
• 2 connectors for data or telephone RJ45 cat.6 or cat.5e
• Optional: simple button or knob for air brake
• 5 ports for medical gases (1xO2 – 2xVac – 1xAir – 1xAir800) according to ISO 9170-1
• 3 pressure gauges and one vacuum gauge for pressure indication
• 1 bar equipotential grounding system and grounding of metal parts

 Specifications of the box for ICU: 

• 12 electrical outlets 10 / 16A – 250V ~ color: red (UPS) or green (generator)
• 1 earthing switch for electrical sockets
• 6 equipotential connectors DIN 42801/2
• 2 connectors for data or telephone RJ45 cat.6 or cat.5e
• Optional: simple button or knob for air brake
• 6 outlets for medical gases (4xO2 – 4xVac – 4xAir) in accordance with ISO 9170-1
• 2 pressure gauges and one vacuum gauge for pressure indication
• 1 bar equipotential grounding system and grounding of metal parts

All specifications of the box can be adjusted according to the needs of the client.

PELLA suspension bracket is manufactured and tested in accordance with European standards ISO 11197, ISO 5359, ISO 7396-1 & 2 and ISO 9170-1 & 2 and is CE marked to guarantee a high level of safety for the patient and staff.

A nurse call system is installed in the nursing department. It provides patients or others with the option of calling a nurse in an emergency, as well as in case of need for other patients. It is an electronic system that is very easy to use. It consists of many individual nodes, and its structure and operation are described below:
Specifications:

• maximum number of beds 50 beds
• maximum number of rooms 24 rooms
• corridor light of three statuses (call – presence – emergency)
• the presence of an entrance – the cancel button near the door
• pull the cord (bathroom / toilet) – emergency button
• nurse call from BHU (double – emergency)
• central block – historical data
• extracted printed circuits (4 pcs.)
• transferring calls to two stations
• turn indicator

Signal inputs:

• (bathroom / toilet) button
• handset
• button i) presence II) emergency III) cancel

Signal outputs:

• Two station entrances
• corridor light (LED) outdoors for 3 situations
• buzzer
• test and silence
• display 5 × 20
• 3 LEDs on PCB
• call history
• corridor light direction

Defendant 4000

The Responder 4000 is specifically designed to meet the needs of the entire spectrum of healthcare settings, from hospitals to independent and assisted living environments. The Responder 4000 offers more features and value than any other communications system.

The Responder 4000 optimizes communication between staff and patients so that your institution can deliver the best possible care. It takes the guesswork out of patient calls and makes things a little easier for your caregivers—providing critical staffing and staffing benefits.

Customized to meet your needs, today and tomorrow
The Responder 4000 offers your facility many, if not all, of the features of much more expensive ambulance communication systems.

Indoor stations offer voice and non-voice options, as well as traditional blue codes and assistance. You’ll also find an impressive selection of staff locations – including staff on call, duty station, staff check-in, and staff assistance. Accessories include bright LED hallway lights, cushion speakers, telephone cords, a range of components designed to tailor the Responder 4000 to your specific needs.

• Expandable and scalable; designed for today and tomorrow
• Communication consoles and notification panels
• Wide range of voice and non-voice indoor stations
• Calling staff, registering staff, assisting staff and duty stations
• Speaker cushions, LED corridor lights and accessories
• Wireless pendants and patient roaming systems

A fundamental nurse call system that is easy to install, maintain and adapt

• Responder 4000 connects all your gear with centralized code response and paging for unparalleled coverage
• Installation requires minimal cabling and the system offers self-diagnostics, eliminating the need for troubleshooting.
• The flexible Responder 4000 system is versatile, affordable and expandable
• The Responder 4000 integrates seamlessly with Responder IV networks, making it ideal for subacute and long term hospitals.
• The Responder 4000 is built to last for years of reliability and minimal maintenance; so your employees can focus on other issues
• Designed for CE marking and conforms to UL-1069 listed for life safety class reliability

Defendant 4000

The Responder 4000 SLIM audio and non-audio call stations are fully backwards compatible with an existing Responder 4000 system installation. Each device can be installed in a speaker module for two-way intercom. Each station must be linked to a corridor light or a non-dome room controller.

Outputs:

• 10 or 12 output digital signals used for: a) repetition to the second panel, b) central alarm system, c) BMS installation.
• built-in 10 or 18 LEDs, 2 red LEDs for each gas, 1 for high and 1 for low pressure and 1 green for normal
• built-in buzzer for alarm
• LCD display (2 × 16 characters) for real-time pressure monitoring and text messages corresponding to alarm conditions
• configurable limits and alarm messages (by user programming via TCP/IP webpage interface)
• configurable limits and alarm messages (by user programming via TCP/IP webpage interface)
• button test and silence
• Power supply 230 V, 50 Hz, 60 Hz (double insulated transformers)
• alarm/event report and log file (max. 200 records with relative time stamp)
• names of editable gases
• remote control and monitoring of AGSS central units via L6
• Leak test procedures according to EN ISO 7396-1

They are available for up to 6 gases, while the outlet flow at 4 bar is 26 – 438 m3/h.

Valve service area

Area Valve Service Areas (AVSU) are installed for all gas and vacuum services in a prominent and accessible location at the entrance to wards, theaters, intensive care units, recovery rooms, etc.
The AVSU panel complies with EN ISO 7396-1. , HTM 02-01 standards and contains:

• Check valves (for use with oxygen)
• Pressure/Vacuum Gauge
• Gas specific connectors
• Pressure sensors (digital or transducers)

They are available for 1 – 6 gases and can be manufactured:

1. with or without sensors (analogue or digital)
2. with or without emergency gas outlet
3. with or without alarm panel

All of them are placed in a galvanized metal box and covered with electrostatic paint.

The medical oxygen generator is a modern, alternative and efficient oxygen supply solution for medical applications, using advanced technology and combining a number of comparative advantages over the traditional oxygen supply method (liquid oxygen tank, cylinder stations). Briefly they are as follows:

• economy
• autonomy
• security
• functionality
• Scalability
• Lifetime

A typical oxygen generator consists of:

• Air compressor
• Compressed air and oxygen vessel
• Pre-filters (for air) RA, RB, RC
• Dryer Cooling Type
• Oxygen generator
• RF Oxygen Filter
• Oxygen filter sterile
• Oxygen pressure regulator / flow meter

G. Samaras SA offers a wide range of oxygen generators with oxygen purity 93% ± 3% in various flows 0.6 – 108 Nm³/h.

G.SAMARAS SA provides performance from 40 to 300 m3/h.

A typical medical vacuum central station consists of one, two or three vacuum pumps. Medical vacuum systems are designed to operate in accordance with BS HTM 2022, EN 737-3 and ISO 7396-1. The working vacuum pump is rated for 100% of the plant’s design flow, and a standby pump capable of automatic operation (if required) is installed. The design of the vacuum unit allows you to isolate each component without interrupting the operation of the entire system.

The central vacuum system usually includes the following elements:

• Vacuum pumps (without oil / oil bath). Power range: 0.25 – 15 kW
• Vessel (Painted / Galvanized). Power range: 270-5.000 l
• filters
• Electronic control panel

Vacuum central stations are available in horizontal (H), vertical (V) or compact (C) configuration.

Medical Vacuum Central Station

Compact medical vacuum central station according to ISO 7396-1 with:

• 3 vacuum pumps 94 m3/h
• 2 filters
• 1 electronic control panel

Cylinder decompression devices are designed to supply medical gases (oxygen-nitrous oxide-air-nitrogen-carbon dioxide) to any type of medical gas network where supply continuity is essential and where the pipeline is supplied from high pressure manifold gas cylinders. They comply with all applicable safety codes and regulations and are designed and tested to ensure safe operation. G.SAMARAS SA offers a wide range of decompression units with the following options:

• Capacity (75 – 180 m3/h)
• Outlet pressure (8 or 4 bar)
• Operation (pneumatic / electric / manual)

Our company also has parts of a complete decompression block:

• Manifolds – cylinder ramps (2 – 6 positions)
• High pressure evacuation valves
• Cylinder holders (1 – 5 positions)
• High pressure pipes (they connect manifold to manifold or manifold to central unit)
• Pigtails (they connect the cylinders to the manifold) (connections available: NF, BS, CGA, DIN, UNI)

Gas cylinders

G.SAMARAS SA offers high quality gas cylinders for medical or industrial applications. They cover a wide power range while they are made from either 34CrMo4 or aluminium.

Cylinder valve

Screw valves for any type of gas (oxygen, nitrogen, helium, argon, mixture, CO2) of various types:
• Brass
• Chromium-plated
• Normal valves
• Residual pressure valves
• Valves with 17E inlet
• Valves with 25E inlet
• Valves with inlet M 25×2
• Valves with inlet M 18×1.5
• Valves with working pressure 200 bar
• Valves with working pressure 300 bar