 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

Breathing box to guarantee the container venting in normal air-transport conditions, as per IATA rule requirements and in emergency case (quick repressurizzation).The breathing box is hosted on the lateral wall of the container and it is possible to remove it by external side without open the container. The breathing box allow three air decontamination steps: Humidity, Molecular, Hepa. Degree of cleanliness level up ISO 5. MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

The non returning (one way) valve consists in a flap hosted on a flange, with safety o-rings to achieve tightness performances. The adjustable release mechanism allow the hatch opening when it is subjected to the desired overpressure. A safety release mechanism locks the flap during road transportation to avoid an accidental opening. “Open Before Flight” label is reported on the release mechanism.

The release mechanism can be easily manoeuvred by hand and by coin, to assure the operability in all conditions and without special tools.

Stainless steel and inert materials make the Valve. The system can be cleaned up to ISO5 level, and can be cleaned at Planetary Protection level by DHMR process.

The applicable maximum container air volume is 3m³, according to the ISO-1124 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

The hatch consists in a flap hosted on the cap wall and 2 safety hinges, 2 adjustable locking devices to allow the correct positioning of the hatch, one adjustable release mechanism to allow the hatch opening when it is subjected to the desired pressure, compose it. A safety handle locks the flap during road transportation to avoid an accidental opening. The hatch opening pressure range is set between 10 and 12 mbar.
 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

The non returning (one way) valve consists in a flap hosted on a flange, with safety o-rings to achieve tightness performances. The adjustable release mechanism allow the hatch opening when it is subjected to the desired overpressure. A safety release mechanism locks the flap during road transportation to avoid an accidental opening. “Open Before Flight” label is reported on the release mechanism.

The release mechanism can be easily manoeuvred by hand and by coin, to assure the operability in all conditions and without special tools.

Stainless steel and inert materials make the Valve. The system can be cleaned up to ISO5 level, and can be cleaned at Planetary Protection level by DHMR process.

The applicable maximum container air volume is 3m³, according to the ISO-1124
 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

 MAIN FEATURES:

The Saw RIG will be used to perform two phases of the solar array wings:

Integration: the Saw Rig will have a central frame with hoisting winch.
Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.